* ''Tiddler titles:'' <$radio tiddler="$:/core/ui/ViewTemplate/title" field="tags" value="">Hide</$radio> <$radio tiddler="$:/core/ui/ViewTemplate/title" field="tags" value="$:/tags/ViewTemplate">Show</$radio> * ''Tiddler subtitles:'' <$radio tiddler="$:/core/ui/ViewTemplate/subtitle" field="tags" value="">Hide</$radio> <$radio tiddler="$:/core/ui/ViewTemplate/subtitle" field="tags" value="$:/tags/ViewTemplate">Show</$radio> * ''Tiddler tags:'' <$radio tiddler="$:/core/ui/ViewTemplate/tags" field="tags" value="">Hide</$radio> <$radio tiddler="$:/core/ui/ViewTemplate/tags" field="tags" value="$:/tags/ViewTemplate">Show</$radio> <hr> [img width="10px"[$:/_Icon/code-elements]] <small>''Tab source:'' [[$:/_Menu/Home/Configuration/Options]]</small>
\define ref(content:"empty") <$macrocall $name="strex" content="""$content$""" label="​" start="start" end="​" class="hint numbers"/> \end
\define strex(content:"TextStretch", label:"…", start:"[", end:"]", class:"", id:"_false_") <$vars content="""$content$""" id="""$id$"""> <$set name="uid" filter="[<id>!prefix[_false_]]" value=<<id>> emptyValue=<<content>> > <span class="strex-container $class$"><$macrocall $name="strexx" content=<<content>> label="""$label$""" start="""$start$""" end="""$end$""" class="""$class$""" uid=<<uid>>/></span> </$set> </$vars> \end \define strexx(content, label, start, end, class, uid) <$set name="xuid" filter="[<uid>prefix[_false_]]" value="error: xuid hashing" emptyValue=<<HashStr """$uid$""">> > <$macrocall $name="strexxx" content="""$content$""" label="""$label$""" start="""$start$""" end="""$end$""" class="""$class$""" xuid=<<xuid>>/> </$set> \end \define strexxx(content, label, start, end, class, xuid) <$vars content="""$content$""" label="""$label$""" start="""$start$""" end="""$end$""" class="""$class$""" xuid="""$xuid$"""> <$set name="qualstate" value=<<qualify "$:/state/strex_$xuid$_">> > <$vars openclass="strex-open $class$" contentclass="strex-content $class$" startclass="strex-close strex-start $class$" endclass="strex-close strex-end $class$"> <$reveal type="nomatch" state=<<qualstate>> text="visible" animate="yes"><$button set=<<qualstate>> setTo="visible" class=<<openclass>> tooltip="show text part"><<label>></$button></$reveal><$reveal type="match" state=<<qualstate>> text="visible" animate="yes"> <span class="strex-all $class$"><span class="strex-inner $class$"><$button class=<<startclass>> tooltip="hide text part">$start$<$action-deletetiddler $tiddler=<<qualstate>>/></$button><span class=<<contentclass>> > <<content>> </span></span><$button class=<<endclass>> tooltip="hide text part">$end$<$action-deletetiddler $tiddler=<<qualstate>>/></$button></span></$reveal> </$vars> </$set> </$vars> \end <!-- step 1 (x): check for id, replace with content if param is empty --> <!-- step 2 (xx): hash id --> <!-- step 3 (xxx): generate output, use state with hashed id -->
/* strex standard styling */
.strex-container, .strex-container .tc-reveal, .strex-all {
position:relative;
}
.strex-open, .strex-start, .strex-end {
color: <<colour tiddler-link-foreground>>;
padding: 0 6px 3px 6px;
line-height: 96%;
background-color: #f0f0f0;
border: 1px solid lightgray;
}
.strex-open:hover, .strex-start:hover, .strex-end:hover {
border: 1px solid black;
}
.strex-open:active, .strex-start:active, .strex-end:active,
.strex-open:focus, .strex-start:focus, .strex-end:focus {
border: 1px solid lightgray;
}
.strex-content .tc-reveal .strex-close {
color: <<colour foreground>>;
}
.strex-content {
color: #c44;
display:inline;
-webkit-animation: expandtext 1s ease 0s running;
animation-name: expandtext;
animation-duration: 1s;
animation-timing-function: ease;
animation-delay: 0s;
animation-iteration-count: 1;
animation-direction: normal;
}
.strex-content .tc-reveal .strex-content {
color: #766;
}
/* * * * * * * * * * * *
** Footnotes with Numbers
* * * * * * * * * * * * */
body {
counter-reset: notenr; /* set counter to 0 */
}
div .tc-tiddler-frame {
counter-reset: tidnotenr;
}
.strex-container.storynumbers {
counter-increment: notenr; /* counter +1 */
}
.strex-container.numbers {
counter-increment: tidnotenr;
}
button.strex-open.storynumbers::before,
button.strex-start.storynumbers::before {
content: counter(notenr); /* Display the counter */
font-size: xx-small;
vertical-align: top;
}
button.strex-end.storynumbers::after {
content: counter(notenr);
font-size: xx-small;
vertical-align: top;
}
button.strex-open.numbers::before,
button.strex-start.numbers::before {
content: counter(tidnotenr);
}
button.strex-end.numbers::after {
content: counter(tidnotenr);
}
/* Footer Collection as Numbered List `<ol>` */
.footnotes p ol {
list-style-type: none;
margin: 0;
padding: 0;
counter-reset: li-counter;
}
.footnotes p ol span > li {
position: relative;
margin-bottom: 0.6em;
margin-left: 2.25rem;
padding: 0.2em;
background-color: <<colour sidebar-tab-background-selected>>;
min-height: 2.1em;
}
.footnotes p ol span > li:before {
position: absolute;
top: 0;
width: 1.75rem;
height: 1.75rem;
font-size: 0.75rem;
line-height: 1;
text-align: right;
color: <<colour sidebar-tab-foreground>>;
background-color: <<colour sidebar-tab-background>>;
content: counter(li-counter);
counter-increment: li-counter;
padding: 0.1em 0.2em 0.2em 0.1em;
margin-left: -2.5rem;
}
/* * * * * * * * * * * *
** Special Styles
* * * * * * * * * * * * */
/* hidden parts */
.strex-content.nocontent, .strex-start.nostart, .strex-end.noend, .strex-close.noclose {
display: none;
}
/* standard text color */
.strex-content.standardcolor {
color: <<colour foreground>>;
}
/* block */
.strex-content.block, .strex-inner.blockinner,
.strex-container.blockcontainer {
display: block;
}
/* hint */
.strex-inner.hint {
position: absolute;
min-width: 220px;
background-color: rgb(252, 254, 211);
border: 1px solid black;
box-shadow: 5px 5px 10px #aaa;
padding: 15px 13px 12px 15px;
margin: 24px 0 0 -5px;
z-index: 998;
}
.strexXX-inner.hint {
display: block;
}
.strex-start.hint {
letter-spacing: -0.5em;
color: rgba(1,1,1,0) !important;
background-color: transparent;
border: 0;
position: absolute;
padding: 0 6px 3px;
right: 10px;
top: 5px;
}
.strex-inner.hint button::before {
content: " ×";
font-size: 1.2em;
color: <<colour tiddler-link-foreground>>;
}
.strex-content.hint {
padding-right: 10px;
}
/* note top right */
.strex-inner.note {
background-color: rgb(252, 254, 211);
border: 1px solid black;
box-shadow: 5px 5px 10px #aaa;
display: block;
min-width: 220px;
padding: 26px 10px 15px 15px;
position: fixed;
right: 5%;
top: 5%;
z-index: 998;
}
.strex-start.note {
position: absolute;
padding: 0 6px 3px;
right: 5px;
top: 5px;
}
.strex-content.note {
padding-right: 10px;
}
/* note flex */
.strex-inner.noteflex {
background-color: rgb(252, 254, 211);
border: 1px solid black;
box-shadow: 5px 5px 10px #aaa;
display: flex;
flex-flow: column wrap;
min-width: 220px;
padding: 10px 15px 15px 15px;
position: fixed;
right: 5%;
top: 5%;
z-index: 999;
justify-content: center;
}
.strex-start.noteflex {
display: flex;
order: 2;
margin: 10px auto 1px;
order: 2;
padding: 3px 10px 5px;
}
.strex-content.noteflex {
display: flex;
order: 1;
margin-top: 8px;
width: 100%;
}
/* * * * * * * * * * * *
** stretch animation
* * * * * * * * * * * * */
@keyframes expandtext {
0% {
letter-spacing: -0.48em;
rotateY(88deg);
opacity: 0;
}
70.0% {
opacity: 0.35;
}
100.0% {
letter-spacing: 0;
rotateY(0deg);
opacity: 1;
}
}
@-webkit-keyframes expandtext {
0% {
letter-spacing: -0.48em;
rotateY(88deg);
opacity: 0;
}
100.0% {
letter-spacing: 0;
rotateY(0deg);
opacity: 1;
}
}
/*\
title: $:/core/modules/macros/HashStr.js
type: application/javascript
module-type: macro
Generate a numeric hash from a string
uses $:/core/modules/utils/utils.js
\*/
(function(){
/*jslint node: true, browser: true */
/*global $tw: false */
"use strict";
/*
Information about this macro
*/
exports.name = "HashStr";
exports.params = [
{name: "str"}
];
/*
Run the macro
*/
exports.run = function(str) {
var hash = $tw.utils.hashString(str);
return hash;
};
})();
<pre>
.stretch-closed {
display:inline-block;
padding: 0 3px 0 2px;
margin:0px -2px 0 -1px;
line-height:96%;
background: none;
border: 1px solid lightgray;
/* box-shadow: inset 0 0 5px #b3b3b3; */
margin-right:2px;
}
.stretch-open {
display:inline-block;
padding: 0px 3px; /*0 3*/
margin:0 -2px;
background:#f4f4f4;
border: 1px solid transparent; border-bottom:1px solid silver;
}
.stretch-outline {
display:inline-block;
/* box-shadow: inset 0 0 2px gray; */
padding-right:2px; padding-left:0px; /*2*/
-webkit-animation: revealoutline 3.5s ease 1 running;
animation: revealoutline 3.5s ease 1 running;
outline: solid 0px red;
outline-offset:1px;
/* margin-right:0px; */
}
@-webkit-keyframes revealoutline {
0% { outline: transparent solid 1px; }
25.0% { outline: silver solid 1px; }
50.0% { outline: silver solid 1px; }
100.0% { outline: transparent solid 1px; }
}
@keyframes revealoutline {
0% {outline: transparent solid 1px; }
25.0% { outline: silver solid 1px; }
50.0% { outline: silver solid 1px; }
100.0% { outline: transparent solid 1px; }
}
.stretch-open:hover + .stretch-outline { outline:silver solid 1px; }
.stretch-content {
padding: 0 0px; /*0 3 */
white-space: pre-wrap;
/* margin-right:-6px; -6 */
-webkit-animation: revealcontent .4s ease 1 running;
animation: revealcontent .4s ease 1 running;
opacity:1;
}
@-webkit-keyframes revealcontent {
0% {opacity:0;} 100.0% {opacity:1;}
}
@keyframes revealcontent {
0% {opacity:0;} 100.0% {opacity:1;}
}
</pre>
\define cont() $(content)$
\define stretch(label, restornothing, content)
<$vars restornothing="""$restornothing$""" content="""$content$""">
<$set name="contentToReveal" filter="[<content>regexp[^$]]"
value=<<restornothing>> emptyValue=<<content>>>
<$set name="rest" filter="[<content>regexp[^$]]"
value="" emptyValue=<<restornothing>>>
<$set name="qualstate" value=<<qualify "$:/state/$label$">> >
<$reveal type="nomatch" state=<<qualstate>> text="show" animate="yes">
<$button set=<<qualstate>> setTo="show" class="stretch-closed" >
<$list filter="[[$label$]splitbefore[_]removesuffix[_]] [[$label$]splitbefore[_]] +[first[]]" variable="lab"><<lab>></$list>
</$button>"""<<rest>>"""
</$reveal><$reveal type="match" state=<<qualstate>> text="show" animate="yes">
<$button set=<<qualstate>> setTo="hide" class="stretch-open" >
<$action-setfield $tiddler=<<qualstate>>/>
<$list filter="[[$label$]splitbefore[_]removesuffix[_]] [[$label$]splitbefore[_]] +[first[]]" variable="lab"><<lab>></$list>
</$button> """<<rest>>"""<span class="stretch-outline">
<span class="stretch-content"><<contentToReveal>></span>
</span></$reveal>
</$set>
</$set>
</$set>
</$vars>
\end
/*\
title: $:/.tb/modules/startup/hide-sidebar.js
type: application/javascript
module-type: startup
created: 20151010151732122
creator: Tobias Beer
modified: 20151010151750739
Hides the sidebar on startup when the config tiddler [[$:/config/hide-sidebar-on-startup]] contains "yes"
\*/
(function(){
/*jslint node: true, browser: true */
/*global $tw: false */
"use strict";
// Export name and synchronous status
exports.name = "hide-sidebar-on-startup";
exports.platforms = ["browser"];
exports.after = ["startup"];
exports.synchronous = true;
exports.startup = function() {
var conf = $tw.wiki.getTiddler("$:/config/HideSidebarOnStartup"),
value = (conf ? conf.getFieldString("text") : "").toLowerCase(),
state = value == "yes" ? "no" : "yes";
$tw.wiki.setText("$:/state/sidebar", "text", undefined, state);
};
})();
The DesignWriteStudio is a participatory, collaborative and open learning space focused on designing and writing interactive texts. We use the TiddlyWiki platform to explore the practices and techniques of hypertext and hypertextuality. The [[DesignWriteStudio TiddlyWiki]] (which you are likely viewing now, and is available on the Web at http://designwritestudio.com) serves as the web presence of the Studio, and as a demonstration of TiddlyWiki. [[About January-May 2018]] Steven M. Schneider<br> Director, Principal Investigator<br> Contact: steve@sunyit.edu<br>
0
Contents
no
show
show
show
show
show
shared wikis from google form
no
show
show
{
"tiddlers": {
"$:/Acknowledgements": {
"title": "$:/Acknowledgements",
"type": "text/vnd.tiddlywiki",
"text": "TiddlyWiki incorporates code from these fine OpenSource projects:\n\n* [[The Stanford Javascript Crypto Library|http://bitwiseshiftleft.github.io/sjcl/]]\n* [[The Jasmine JavaScript Test Framework|http://pivotal.github.io/jasmine/]]\n* [[Normalize.css by Nicolas Gallagher|http://necolas.github.io/normalize.css/]]\n\nAnd media from these projects:\n\n* World flag icons from [[Wikipedia|http://commons.wikimedia.org/wiki/Category:SVG_flags_by_country]]\n"
},
"$:/core/copyright.txt": {
"title": "$:/core/copyright.txt",
"type": "text/plain",
"text": "TiddlyWiki created by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright (c) 2004-2007, Jeremy Ruston\nCopyright (c) 2007-2017, UnaMesa Association\nAll rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are met:\n\n* Redistributions of source code must retain the above copyright notice, this\n list of conditions and the following disclaimer.\n\n* Redistributions in binary form must reproduce the above copyright notice,\n this list of conditions and the following disclaimer in the documentation\n and/or other materials provided with the distribution.\n\n* Neither the name of the copyright holder nor the names of its\n contributors may be used to endorse or promote products derived from\n this software without specific prior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS 'AS IS'\nAND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE\nIMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\nDISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE\nFOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL\nDAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR\nSERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER\nCAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,\nOR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE\nOF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE."
},
"$:/core/icon": {
"title": "$:/core/icon",
"tags": "$:/tags/Image",
"text": "<svg width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\"><path d=\"M64 0l54.56 32v64L64 128 9.44 96V32L64 0zm21.127 95.408c-3.578-.103-5.15-.094-6.974-3.152l-1.42.042c-1.653-.075-.964-.04-2.067-.097-1.844-.07-1.548-1.86-1.873-2.8-.52-3.202.687-6.43.65-9.632-.014-1.14-1.593-5.17-2.157-6.61-1.768.34-3.546.406-5.34.497-4.134-.01-8.24-.527-12.317-1.183-.8 3.35-3.16 8.036-1.21 11.44 2.37 3.52 4.03 4.495 6.61 4.707 2.572.212 3.16 3.18 2.53 4.242-.55.73-1.52.864-2.346 1.04l-1.65.08c-1.296-.046-2.455-.404-3.61-.955-1.93-1.097-3.925-3.383-5.406-5.024.345.658.55 1.938.24 2.53-.878 1.27-4.665 1.26-6.4.47-1.97-.89-6.73-7.162-7.468-11.86 1.96-3.78 4.812-7.07 6.255-11.186-3.146-2.05-4.83-5.384-4.61-9.16l.08-.44c-3.097.59-1.49.37-4.82.628-10.608-.032-19.935-7.37-14.68-18.774.34-.673.664-1.287 1.243-.994.466.237.4 1.18.166 2.227-3.005 13.627 11.67 13.732 20.69 11.21.89-.25 2.67-1.936 3.905-2.495 2.016-.91 4.205-1.282 6.376-1.55 5.4-.63 11.893 2.276 15.19 2.37 3.3.096 7.99-.805 10.87-.615 2.09.098 4.143.483 6.16 1.03 1.306-6.49 1.4-11.27 4.492-12.38 1.814.293 3.213 2.818 4.25 4.167 2.112-.086 4.12.46 6.115 1.066 3.61-.522 6.642-2.593 9.833-4.203-3.234 2.69-3.673 7.075-3.303 11.127.138 2.103-.444 4.386-1.164 6.54-1.348 3.507-3.95 7.204-6.97 7.014-1.14-.036-1.805-.695-2.653-1.4-.164 1.427-.81 2.7-1.434 3.96-1.44 2.797-5.203 4.03-8.687 7.016-3.484 2.985 1.114 13.65 2.23 15.594 1.114 1.94 4.226 2.652 3.02 4.406-.37.58-.936.785-1.54 1.01l-.82.11zm-40.097-8.85l.553.14c.694-.27 2.09.15 2.83.353-1.363-1.31-3.417-3.24-4.897-4.46-.485-1.47-.278-2.96-.174-4.46l.02-.123c-.582 1.205-1.322 2.376-1.72 3.645-.465 1.71 2.07 3.557 3.052 4.615l.336.3z\" fill-rule=\"evenodd\"/></svg>"
},
"$:/core/images/advanced-search-button": {
"title": "$:/core/images/advanced-search-button",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-advanced-search-button tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M74.5651535,87.9848361 C66.9581537,93.0488876 57.8237115,96 48,96 C21.490332,96 0,74.509668 0,48 C0,21.490332 21.490332,0 48,0 C74.509668,0 96,21.490332 96,48 C96,57.8541369 93.0305793,67.0147285 87.9377231,74.6357895 L122.284919,108.982985 C125.978897,112.676963 125.973757,118.65366 122.284271,122.343146 C118.593975,126.033442 112.613238,126.032921 108.92411,122.343793 L74.5651535,87.9848361 Z M48,80 C65.673112,80 80,65.673112 80,48 C80,30.326888 65.673112,16 48,16 C30.326888,16 16,30.326888 16,48 C16,65.673112 30.326888,80 48,80 Z\"></path>\n <circle cx=\"48\" cy=\"48\" r=\"8\"></circle>\n <circle cx=\"28\" cy=\"48\" r=\"8\"></circle>\n <circle cx=\"68\" cy=\"48\" r=\"8\"></circle>\n </g>\n</svg>"
},
"$:/core/images/auto-height": {
"title": "$:/core/images/auto-height",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-auto-height tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <path d=\"M67.9867828,114.356363 L67.9579626,99.8785426 C67.9550688,98.4248183 67.1636987,97.087107 65.8909901,96.3845863 L49.9251455,87.5716209 L47.992126,95.0735397 L79.8995411,95.0735397 C84.1215894,95.0735397 85.4638131,89.3810359 81.686497,87.4948823 L49.7971476,71.5713518 L48.0101917,79.1500092 L79.992126,79.1500092 C84.2093753,79.1500092 85.5558421,73.4676733 81.7869993,71.5753162 L49.805065,55.517008 L48.0101916,63.0917009 L79.9921259,63.0917015 C84.2035118,63.0917016 85.5551434,57.4217887 81.7966702,55.5218807 L65.7625147,47.4166161 L67.9579705,50.9864368 L67.9579705,35.6148245 L77.1715737,44.8284272 C78.7336709,46.3905243 81.2663308,46.3905243 82.8284279,44.8284271 C84.390525,43.2663299 84.390525,40.7336699 82.8284278,39.1715728 L66.8284271,23.1715728 C65.2663299,21.6094757 62.73367,21.6094757 61.1715729,23.1715729 L45.1715729,39.1715729 C43.6094757,40.73367 43.6094757,43.26633 45.1715729,44.8284271 C46.73367,46.3905243 49.26633,46.3905243 50.8284271,44.8284271 L59.9579705,35.6988837 L59.9579705,50.9864368 C59.9579705,52.495201 60.806922,53.8755997 62.1534263,54.5562576 L78.1875818,62.6615223 L79.9921261,55.0917015 L48.0101917,55.0917009 C43.7929424,55.0917008 42.4464755,60.7740368 46.2153183,62.6663939 L78.1972526,78.7247021 L79.992126,71.1500092 L48.0101917,71.1500092 C43.7881433,71.1500092 42.4459197,76.842513 46.2232358,78.7286665 L78.1125852,94.6521971 L79.8995411,87.0735397 L47.992126,87.0735397 C43.8588276,87.0735397 42.4404876,92.5780219 46.0591064,94.5754586 L62.024951,103.388424 L59.9579785,99.8944677 L59.9867142,114.32986 L50.8284271,105.171573 C49.26633,103.609476 46.73367,103.609476 45.1715729,105.171573 C43.6094757,106.73367 43.6094757,109.26633 45.1715729,110.828427 L61.1715729,126.828427 C62.73367,128.390524 65.2663299,128.390524 66.8284271,126.828427 L82.8284278,110.828427 C84.390525,109.26633 84.390525,106.73367 82.8284279,105.171573 C81.2663308,103.609476 78.7336709,103.609476 77.1715737,105.171573 L67.9867828,114.356363 L67.9867828,114.356363 Z M16,20 L112,20 C114.209139,20 116,18.209139 116,16 C116,13.790861 114.209139,12 112,12 L16,12 C13.790861,12 12,13.790861 12,16 C12,18.209139 13.790861,20 16,20 L16,20 Z\"></path>\n</svg>"
},
"$:/core/images/blank": {
"title": "$:/core/images/blank",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-blank tc-image-button\" viewBox=\"0 0 128 128\" width=\"22pt\" height=\"22pt\"></svg>"
},
"$:/core/images/bold": {
"title": "$:/core/images/bold",
"tags": "$:/tags/Image",
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"text": "<svg class=\"tc-image-timestamp-on tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M58.25 11C26.08 11 0 37.082 0 69.25s26.08 58.25 58.25 58.25c32.175 0 58.25-26.082 58.25-58.25S90.425 11 58.25 11zm0 100.5C34.914 111.5 16 92.586 16 69.25 16 45.92 34.914 27 58.25 27s42.25 18.92 42.25 42.25c0 23.336-18.914 42.25-42.25 42.25zM49.704 10c-2.762 0-5-2.24-5-5-.004-2.756 2.238-5 5-5H66.69c2.762 0 5.002 2.24 5 5 .006 2.757-2.238 5-5 5H49.705z\"/><path d=\"M13.41 27.178c-2.116 1.775-5.27 1.498-7.045-.613-1.772-2.11-1.498-5.27.616-7.047l9.95-8.348c2.115-1.774 5.27-1.5 7.045.618 1.775 2.108 1.498 5.27-.616 7.043l-9.95 8.348zM102.983 27.178c2.116 1.775 5.27 1.498 7.045-.613 1.772-2.11 1.498-5.27-.616-7.047l-9.95-8.348c-2.114-1.774-5.27-1.5-7.044.618-1.775 2.108-1.498 5.27.616 7.043l9.95 8.348zM65.097 71.072c0 3.826-3.09 6.928-6.897 6.928-3.804.006-6.9-3.102-6.903-6.928 0 0 4.76-39.072 6.903-39.072s6.897 39.072 6.897 39.072z\"/>\n </g>\n</svg>\n"
},
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"title": "$:/core/images/tip",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-tip tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M64,128.241818 C99.346224,128.241818 128,99.5880417 128,64.2418177 C128,28.8955937 99.346224,0.241817675 64,0.241817675 C28.653776,0.241817675 0,28.8955937 0,64.2418177 C0,99.5880417 28.653776,128.241818 64,128.241818 Z M75.9358659,91.4531941 C75.3115438,95.581915 70.2059206,98.8016748 64,98.8016748 C57.7940794,98.8016748 52.6884562,95.581915 52.0641341,91.4531941 C54.3299053,94.0502127 58.8248941,95.8192805 64,95.8192805 C69.1751059,95.8192805 73.6700947,94.0502127 75.9358659,91.4531941 L75.9358659,91.4531941 Z M75.9358659,95.9453413 C75.3115438,100.074062 70.2059206,103.293822 64,103.293822 C57.7940794,103.293822 52.6884562,100.074062 52.0641341,95.9453413 C54.3299053,98.5423599 58.8248941,100.311428 64,100.311428 C69.1751059,100.311428 73.6700947,98.5423599 75.9358659,95.9453413 L75.9358659,95.9453413 Z M75.9358659,100.40119 C75.3115438,104.529911 70.2059206,107.74967 64,107.74967 C57.7940794,107.74967 52.6884562,104.529911 52.0641341,100.40119 C54.3299053,102.998208 58.8248941,104.767276 64,104.767276 C69.1751059,104.767276 73.6700947,102.998208 75.9358659,100.40119 L75.9358659,100.40119 Z M75.9358659,104.893337 C75.3115438,109.022058 70.2059206,112.241818 64,112.241818 C57.7940794,112.241818 52.6884562,109.022058 52.0641341,104.893337 C54.3299053,107.490356 58.8248941,109.259423 64,109.259423 C69.1751059,109.259423 73.6700947,107.490356 75.9358659,104.893337 L75.9358659,104.893337 Z M64.3010456,24.2418177 C75.9193117,24.2418188 88.0000013,32.0619847 88,48.4419659 C87.9999987,64.8219472 75.9193018,71.7540963 75.9193021,83.5755932 C75.9193022,89.4486648 70.0521957,92.8368862 63.9999994,92.8368862 C57.947803,92.8368862 51.9731007,89.8295115 51.9731007,83.5755932 C51.9731007,71.1469799 39.9999998,65.4700602 40,48.4419647 C40.0000002,31.4138691 52.6827796,24.2418166 64.3010456,24.2418177 Z\"></path>\n </g>\n</svg>"
},
"$:/core/images/twitter": {
"title": "$:/core/images/twitter",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-twitter tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M41.6263422,115.803477 C27.0279663,115.803477 13.4398394,111.540813 1.99987456,104.234833 C4.02221627,104.472643 6.08004574,104.594302 8.16644978,104.594302 C20.277456,104.594302 31.4238403,100.47763 40.270894,93.5715185 C28.9590538,93.3635501 19.4123842,85.9189246 16.1230832,75.6885328 C17.7011365,75.9892376 19.320669,76.1503787 20.9862896,76.1503787 C23.344152,76.1503787 25.6278127,75.8359011 27.7971751,75.247346 C15.9709927,72.8821073 7.06079851,62.4745062 7.06079851,49.9982394 C7.06079851,49.8898938 7.06079851,49.7820074 7.06264203,49.67458 C10.5482779,51.6032228 14.5339687,52.7615103 18.7717609,52.8951059 C11.8355159,48.277565 7.2714207,40.3958845 7.2714207,31.4624258 C7.2714207,26.7434257 8.54621495,22.3200804 10.7713439,18.5169676 C23.5211299,34.0957738 42.568842,44.3472839 64.0532269,45.4210985 C63.6126256,43.5365285 63.3835682,41.5711584 63.3835682,39.5529928 C63.3835682,25.3326379 74.95811,13.8034766 89.2347917,13.8034766 C96.6697089,13.8034766 103.387958,16.930807 108.103682,21.9353619 C113.991886,20.780288 119.52429,18.6372496 124.518847,15.6866694 C122.588682,21.6993889 118.490075,26.7457211 113.152623,29.9327334 C118.381769,29.3102055 123.363882,27.926045 127.999875,25.8780385 C124.534056,31.0418981 120.151087,35.5772616 115.100763,39.2077561 C115.150538,40.3118708 115.175426,41.4224128 115.175426,42.538923 C115.175426,76.5663154 89.1744164,115.803477 41.6263422,115.803477\"></path>\n </g>\n</svg>\n"
},
"$:/core/images/underline": {
"title": "$:/core/images/underline",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-underline tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M7,117.421488 L121.247934,117.421488 L121.247934,128 L7,128 L7,117.421488 Z M104.871212,98.8958333 L104.871212,0 L88.6117424,0 L88.6117424,55.8560606 C88.6117424,60.3194668 88.0060035,64.432115 86.7945076,68.1941288 C85.5830116,71.9561425 83.7657949,75.239885 81.342803,78.0454545 C78.9198111,80.8510241 75.8911167,83.0189317 72.2566288,84.5492424 C68.6221409,86.0795531 64.3182067,86.844697 59.344697,86.844697 C53.0959284,86.844697 48.1862552,85.0593613 44.6155303,81.4886364 C41.0448054,77.9179114 39.2594697,73.0720003 39.2594697,66.9507576 L39.2594697,0 L23,0 L23,65.0378788 C23,70.3939662 23.5419769,75.2717583 24.625947,79.6714015 C25.709917,84.0710447 27.5908957,87.864883 30.2689394,91.0530303 C32.9469831,94.2411776 36.4538925,96.6960141 40.7897727,98.4176136 C45.125653,100.139213 50.545422,101 57.0492424,101 C64.3182182,101 70.630655,99.5653553 75.9867424,96.6960227 C81.3428298,93.8266902 85.742407,89.33147 89.1856061,83.2102273 L89.5681818,83.2102273 L89.5681818,98.8958333 L104.871212,98.8958333 Z\"></path>\n </g>\n</svg>"
},
"$:/core/images/unfold-all-button": {
"title": "$:/core/images/unfold-all-button",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-unfold-all tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <rect x=\"0\" y=\"0\" width=\"128\" height=\"16\" rx=\"8\"></rect>\n <rect x=\"0\" y=\"64\" width=\"128\" height=\"16\" rx=\"8\"></rect>\n <path d=\"M85.598226,8.34884273 C84.1490432,6.89863875 82.1463102,6 79.9340286,6 L47.9482224,6 C43.5292967,6 39.9411255,9.581722 39.9411255,14 C39.9411255,18.4092877 43.5260249,22 47.9482224,22 L71.9411255,22 L71.9411255,45.9929031 C71.9411255,50.4118288 75.5228475,54 79.9411255,54 C84.3504132,54 87.9411255,50.4151006 87.9411255,45.9929031 L87.9411255,14.0070969 C87.9411255,11.7964515 87.0447363,9.79371715 85.5956548,8.34412458 Z\" transform=\"translate(63.941125, 30.000000) scale(1, -1) rotate(-45.000000) translate(-63.941125, -30.000000) \"></path>\n <path d=\"M85.6571005,72.2899682 C84.2079177,70.8397642 82.2051847,69.9411255 79.9929031,69.9411255 L48.0070969,69.9411255 C43.5881712,69.9411255 40,73.5228475 40,77.9411255 C40,82.3504132 43.5848994,85.9411255 48.0070969,85.9411255 L72,85.9411255 L72,109.934029 C72,114.352954 75.581722,117.941125 80,117.941125 C84.4092877,117.941125 88,114.356226 88,109.934029 L88,77.9482224 C88,75.737577 87.1036108,73.7348426 85.6545293,72.2852501 Z\" transform=\"translate(64.000000, 93.941125) scale(1, -1) rotate(-45.000000) translate(-64.000000, -93.941125) \"></path>\n </g>\n</svg>"
},
"$:/core/images/unfold-button": {
"title": "$:/core/images/unfold-button",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-unfold tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <rect x=\"0\" y=\"0\" width=\"128\" height=\"16\" rx=\"8\"></rect>\n <path d=\"M85.598226,11.3488427 C84.1490432,9.89863875 82.1463102,9 79.9340286,9 L47.9482224,9 C43.5292967,9 39.9411255,12.581722 39.9411255,17 C39.9411255,21.4092877 43.5260249,25 47.9482224,25 L71.9411255,25 L71.9411255,48.9929031 C71.9411255,53.4118288 75.5228475,57 79.9411255,57 C84.3504132,57 87.9411255,53.4151006 87.9411255,48.9929031 L87.9411255,17.0070969 C87.9411255,14.7964515 87.0447363,12.7937171 85.5956548,11.3441246 Z\" transform=\"translate(63.941125, 33.000000) scale(1, -1) rotate(-45.000000) translate(-63.941125, -33.000000) \"></path>\n <path d=\"M85.6571005,53.4077172 C84.2079177,51.9575133 82.2051847,51.0588745 79.9929031,51.0588745 L48.0070969,51.0588745 C43.5881712,51.0588745 40,54.6405965 40,59.0588745 C40,63.4681622 43.5848994,67.0588745 48.0070969,67.0588745 L72,67.0588745 L72,91.0517776 C72,95.4707033 75.581722,99.0588745 80,99.0588745 C84.4092877,99.0588745 88,95.4739751 88,91.0517776 L88,59.0659714 C88,56.855326 87.1036108,54.8525917 85.6545293,53.4029991 Z\" transform=\"translate(64.000000, 75.058875) scale(1, -1) rotate(-45.000000) translate(-64.000000, -75.058875) \"></path>\n </g>\n</svg>"
},
"$:/core/images/unlocked-padlock": {
"title": "$:/core/images/unlocked-padlock",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-unlocked-padlock tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M48.6266053,64 L105,64 L105,96.0097716 C105,113.673909 90.6736461,128 73.001193,128 L55.998807,128 C38.3179793,128 24,113.677487 24,96.0097716 L24,64 L30.136303,64 C19.6806213,51.3490406 2.77158986,28.2115132 25.8366966,8.85759246 C50.4723026,-11.8141335 71.6711028,13.2108337 81.613302,25.0594855 C91.5555012,36.9081373 78.9368488,47.4964439 69.1559674,34.9513593 C59.375086,22.4062748 47.9893192,10.8049522 35.9485154,20.9083862 C23.9077117,31.0118202 34.192312,43.2685325 44.7624679,55.8655518 C47.229397,58.805523 48.403443,61.5979188 48.6266053,64 Z M67.7315279,92.3641717 C70.8232551,91.0923621 73,88.0503841 73,84.5 C73,79.8055796 69.1944204,76 64.5,76 C59.8055796,76 56,79.8055796 56,84.5 C56,87.947435 58.0523387,90.9155206 61.0018621,92.2491029 L55.9067479,115.020857 L72.8008958,115.020857 L67.7315279,92.3641717 L67.7315279,92.3641717 Z\"></path>\n </g>\n</svg>"
},
"$:/core/images/up-arrow": {
"created": "20150316000544368",
"modified": "20150316000831867",
"tags": "$:/tags/Image",
"title": "$:/core/images/up-arrow",
"text": "<svg class=\"tc-image-up-arrow tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n<path transform=\"rotate(-135, 63.8945, 64.1752)\" d=\"m109.07576,109.35336c-1.43248,1.43361 -3.41136,2.32182 -5.59717,2.32182l-79.16816,0c-4.36519,0 -7.91592,-3.5444 -7.91592,-7.91666c0,-4.36337 3.54408,-7.91667 7.91592,-7.91667l71.25075,0l0,-71.25074c0,-4.3652 3.54442,-7.91592 7.91667,-7.91592c4.36336,0 7.91667,3.54408 7.91667,7.91592l0,79.16815c0,2.1825 -0.88602,4.16136 -2.3185,5.59467l-0.00027,-0.00056l0.00001,-0.00001z\" />\n</svg>\n \n"
},
"$:/core/images/video": {
"title": "$:/core/images/video",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-video tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M64,12 C29.0909091,12 8.72727273,14.9166667 5.81818182,17.8333333 C2.90909091,20.75 1.93784382e-15,41.1666667 0,64.5 C1.93784382e-15,87.8333333 2.90909091,108.25 5.81818182,111.166667 C8.72727273,114.083333 29.0909091,117 64,117 C98.9090909,117 119.272727,114.083333 122.181818,111.166667 C125.090909,108.25 128,87.8333333 128,64.5 C128,41.1666667 125.090909,20.75 122.181818,17.8333333 C119.272727,14.9166667 98.9090909,12 64,12 Z M54.9161194,44.6182253 C51.102648,42.0759111 48.0112186,43.7391738 48.0112186,48.3159447 L48.0112186,79.6840553 C48.0112186,84.2685636 51.109784,85.9193316 54.9161194,83.3817747 L77.0838806,68.6032672 C80.897352,66.0609529 80.890216,61.9342897 77.0838806,59.3967328 L54.9161194,44.6182253 Z\"></path>\n </g>\n</svg>"
},
"$:/core/images/warning": {
"title": "$:/core/images/warning",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-warning tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M57.0717968,11 C60.1509982,5.66666667 67.8490018,5.66666667 70.9282032,11 L126.353829,107 C129.433031,112.333333 125.584029,119 119.425626,119 L8.57437416,119 C2.41597129,119 -1.43303051,112.333333 1.64617093,107 L57.0717968,11 Z M64,37 C59.581722,37 56,40.5820489 56,44.9935776 L56,73.0064224 C56,77.4211534 59.5907123,81 64,81 C68.418278,81 72,77.4179511 72,73.0064224 L72,44.9935776 C72,40.5788466 68.4092877,37 64,37 Z M64,104 C68.418278,104 72,100.418278 72,96 C72,91.581722 68.418278,88 64,88 C59.581722,88 56,91.581722 56,96 C56,100.418278 59.581722,104 64,104 Z\"></path>\n </g>\n</svg>"
},
"$:/language/Buttons/AdvancedSearch/Caption": {
"title": "$:/language/Buttons/AdvancedSearch/Caption",
"text": "advanced search"
},
"$:/language/Buttons/AdvancedSearch/Hint": {
"title": "$:/language/Buttons/AdvancedSearch/Hint",
"text": "Advanced search"
},
"$:/language/Buttons/Cancel/Caption": {
"title": "$:/language/Buttons/Cancel/Caption",
"text": "cancel"
},
"$:/language/Buttons/Cancel/Hint": {
"title": "$:/language/Buttons/Cancel/Hint",
"text": "Discard changes to this tiddler"
},
"$:/language/Buttons/Clone/Caption": {
"title": "$:/language/Buttons/Clone/Caption",
"text": "clone"
},
"$:/language/Buttons/Clone/Hint": {
"title": "$:/language/Buttons/Clone/Hint",
"text": "Clone this tiddler"
},
"$:/language/Buttons/Close/Caption": {
"title": "$:/language/Buttons/Close/Caption",
"text": "close"
},
"$:/language/Buttons/Close/Hint": {
"title": "$:/language/Buttons/Close/Hint",
"text": "Close this tiddler"
},
"$:/language/Buttons/CloseAll/Caption": {
"title": "$:/language/Buttons/CloseAll/Caption",
"text": "close all"
},
"$:/language/Buttons/CloseAll/Hint": {
"title": "$:/language/Buttons/CloseAll/Hint",
"text": "Close all tiddlers"
},
"$:/language/Buttons/CloseOthers/Caption": {
"title": "$:/language/Buttons/CloseOthers/Caption",
"text": "close others"
},
"$:/language/Buttons/CloseOthers/Hint": {
"title": "$:/language/Buttons/CloseOthers/Hint",
"text": "Close other tiddlers"
},
"$:/language/Buttons/ControlPanel/Caption": {
"title": "$:/language/Buttons/ControlPanel/Caption",
"text": "control panel"
},
"$:/language/Buttons/ControlPanel/Hint": {
"title": "$:/language/Buttons/ControlPanel/Hint",
"text": "Open control panel"
},
"$:/language/Buttons/Delete/Caption": {
"title": "$:/language/Buttons/Delete/Caption",
"text": "delete"
},
"$:/language/Buttons/Delete/Hint": {
"title": "$:/language/Buttons/Delete/Hint",
"text": "Delete this tiddler"
},
"$:/language/Buttons/Edit/Caption": {
"title": "$:/language/Buttons/Edit/Caption",
"text": "edit"
},
"$:/language/Buttons/Edit/Hint": {
"title": "$:/language/Buttons/Edit/Hint",
"text": "Edit this tiddler"
},
"$:/language/Buttons/Encryption/Caption": {
"title": "$:/language/Buttons/Encryption/Caption",
"text": "encryption"
},
"$:/language/Buttons/Encryption/Hint": {
"title": "$:/language/Buttons/Encryption/Hint",
"text": "Set or clear a password for saving this wiki"
},
"$:/language/Buttons/Encryption/ClearPassword/Caption": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Caption",
"text": "clear password"
},
"$:/language/Buttons/Encryption/ClearPassword/Hint": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Hint",
"text": "Clear the password and save this wiki without encryption"
},
"$:/language/Buttons/Encryption/SetPassword/Caption": {
"title": "$:/language/Buttons/Encryption/SetPassword/Caption",
"text": "set password"
},
"$:/language/Buttons/Encryption/SetPassword/Hint": {
"title": "$:/language/Buttons/Encryption/SetPassword/Hint",
"text": "Set a password for saving this wiki with encryption"
},
"$:/language/Buttons/ExportPage/Caption": {
"title": "$:/language/Buttons/ExportPage/Caption",
"text": "export all"
},
"$:/language/Buttons/ExportPage/Hint": {
"title": "$:/language/Buttons/ExportPage/Hint",
"text": "Export all tiddlers"
},
"$:/language/Buttons/ExportTiddler/Caption": {
"title": "$:/language/Buttons/ExportTiddler/Caption",
"text": "export tiddler"
},
"$:/language/Buttons/ExportTiddler/Hint": {
"title": "$:/language/Buttons/ExportTiddler/Hint",
"text": "Export tiddler"
},
"$:/language/Buttons/ExportTiddlers/Caption": {
"title": "$:/language/Buttons/ExportTiddlers/Caption",
"text": "export tiddlers"
},
"$:/language/Buttons/ExportTiddlers/Hint": {
"title": "$:/language/Buttons/ExportTiddlers/Hint",
"text": "Export tiddlers"
},
"$:/language/Buttons/Fold/Caption": {
"title": "$:/language/Buttons/Fold/Caption",
"text": "fold tiddler"
},
"$:/language/Buttons/Fold/Hint": {
"title": "$:/language/Buttons/Fold/Hint",
"text": "Fold the body of this tiddler"
},
"$:/language/Buttons/Fold/FoldBar/Caption": {
"title": "$:/language/Buttons/Fold/FoldBar/Caption",
"text": "fold-bar"
},
"$:/language/Buttons/Fold/FoldBar/Hint": {
"title": "$:/language/Buttons/Fold/FoldBar/Hint",
"text": "Optional bars to fold and unfold tiddlers"
},
"$:/language/Buttons/Unfold/Caption": {
"title": "$:/language/Buttons/Unfold/Caption",
"text": "unfold tiddler"
},
"$:/language/Buttons/Unfold/Hint": {
"title": "$:/language/Buttons/Unfold/Hint",
"text": "Unfold the body of this tiddler"
},
"$:/language/Buttons/FoldOthers/Caption": {
"title": "$:/language/Buttons/FoldOthers/Caption",
"text": "fold other tiddlers"
},
"$:/language/Buttons/FoldOthers/Hint": {
"title": "$:/language/Buttons/FoldOthers/Hint",
"text": "Fold the bodies of other opened tiddlers"
},
"$:/language/Buttons/FoldAll/Caption": {
"title": "$:/language/Buttons/FoldAll/Caption",
"text": "fold all tiddlers"
},
"$:/language/Buttons/FoldAll/Hint": {
"title": "$:/language/Buttons/FoldAll/Hint",
"text": "Fold the bodies of all opened tiddlers"
},
"$:/language/Buttons/UnfoldAll/Caption": {
"title": "$:/language/Buttons/UnfoldAll/Caption",
"text": "unfold all tiddlers"
},
"$:/language/Buttons/UnfoldAll/Hint": {
"title": "$:/language/Buttons/UnfoldAll/Hint",
"text": "Unfold the bodies of all opened tiddlers"
},
"$:/language/Buttons/FullScreen/Caption": {
"title": "$:/language/Buttons/FullScreen/Caption",
"text": "full-screen"
},
"$:/language/Buttons/FullScreen/Hint": {
"title": "$:/language/Buttons/FullScreen/Hint",
"text": "Enter or leave full-screen mode"
},
"$:/language/Buttons/Help/Caption": {
"title": "$:/language/Buttons/Help/Caption",
"text": "help"
},
"$:/language/Buttons/Help/Hint": {
"title": "$:/language/Buttons/Help/Hint",
"text": "Show help panel"
},
"$:/language/Buttons/Import/Caption": {
"title": "$:/language/Buttons/Import/Caption",
"text": "import"
},
"$:/language/Buttons/Import/Hint": {
"title": "$:/language/Buttons/Import/Hint",
"text": "Import many types of file including text, image, TiddlyWiki or JSON"
},
"$:/language/Buttons/Info/Caption": {
"title": "$:/language/Buttons/Info/Caption",
"text": "info"
},
"$:/language/Buttons/Info/Hint": {
"title": "$:/language/Buttons/Info/Hint",
"text": "Show information for this tiddler"
},
"$:/language/Buttons/Home/Caption": {
"title": "$:/language/Buttons/Home/Caption",
"text": "home"
},
"$:/language/Buttons/Home/Hint": {
"title": "$:/language/Buttons/Home/Hint",
"text": "Open the default tiddlers"
},
"$:/language/Buttons/Language/Caption": {
"title": "$:/language/Buttons/Language/Caption",
"text": "language"
},
"$:/language/Buttons/Language/Hint": {
"title": "$:/language/Buttons/Language/Hint",
"text": "Choose the user interface language"
},
"$:/language/Buttons/Manager/Caption": {
"title": "$:/language/Buttons/Manager/Caption",
"text": "tiddler manager"
},
"$:/language/Buttons/Manager/Hint": {
"title": "$:/language/Buttons/Manager/Hint",
"text": "Open tiddler manager"
},
"$:/language/Buttons/More/Caption": {
"title": "$:/language/Buttons/More/Caption",
"text": "more"
},
"$:/language/Buttons/More/Hint": {
"title": "$:/language/Buttons/More/Hint",
"text": "More actions"
},
"$:/language/Buttons/NewHere/Caption": {
"title": "$:/language/Buttons/NewHere/Caption",
"text": "new here"
},
"$:/language/Buttons/NewHere/Hint": {
"title": "$:/language/Buttons/NewHere/Hint",
"text": "Create a new tiddler tagged with this one"
},
"$:/language/Buttons/NewJournal/Caption": {
"title": "$:/language/Buttons/NewJournal/Caption",
"text": "new journal"
},
"$:/language/Buttons/NewJournal/Hint": {
"title": "$:/language/Buttons/NewJournal/Hint",
"text": "Create a new journal tiddler"
},
"$:/language/Buttons/NewJournalHere/Caption": {
"title": "$:/language/Buttons/NewJournalHere/Caption",
"text": "new journal here"
},
"$:/language/Buttons/NewJournalHere/Hint": {
"title": "$:/language/Buttons/NewJournalHere/Hint",
"text": "Create a new journal tiddler tagged with this one"
},
"$:/language/Buttons/NewImage/Caption": {
"title": "$:/language/Buttons/NewImage/Caption",
"text": "new image"
},
"$:/language/Buttons/NewImage/Hint": {
"title": "$:/language/Buttons/NewImage/Hint",
"text": "Create a new image tiddler"
},
"$:/language/Buttons/NewMarkdown/Caption": {
"title": "$:/language/Buttons/NewMarkdown/Caption",
"text": "new Markdown tiddler"
},
"$:/language/Buttons/NewMarkdown/Hint": {
"title": "$:/language/Buttons/NewMarkdown/Hint",
"text": "Create a new Markdown tiddler"
},
"$:/language/Buttons/NewTiddler/Caption": {
"title": "$:/language/Buttons/NewTiddler/Caption",
"text": "new tiddler"
},
"$:/language/Buttons/NewTiddler/Hint": {
"title": "$:/language/Buttons/NewTiddler/Hint",
"text": "Create a new tiddler"
},
"$:/language/Buttons/OpenWindow/Caption": {
"title": "$:/language/Buttons/OpenWindow/Caption",
"text": "open in new window"
},
"$:/language/Buttons/OpenWindow/Hint": {
"title": "$:/language/Buttons/OpenWindow/Hint",
"text": "Open tiddler in new window"
},
"$:/language/Buttons/Palette/Caption": {
"title": "$:/language/Buttons/Palette/Caption",
"text": "palette"
},
"$:/language/Buttons/Palette/Hint": {
"title": "$:/language/Buttons/Palette/Hint",
"text": "Choose the colour palette"
},
"$:/language/Buttons/Permalink/Caption": {
"title": "$:/language/Buttons/Permalink/Caption",
"text": "permalink"
},
"$:/language/Buttons/Permalink/Hint": {
"title": "$:/language/Buttons/Permalink/Hint",
"text": "Set browser address bar to a direct link to this tiddler"
},
"$:/language/Buttons/Permaview/Caption": {
"title": "$:/language/Buttons/Permaview/Caption",
"text": "permaview"
},
"$:/language/Buttons/Permaview/Hint": {
"title": "$:/language/Buttons/Permaview/Hint",
"text": "Set browser address bar to a direct link to all the tiddlers in this story"
},
"$:/language/Buttons/Print/Caption": {
"title": "$:/language/Buttons/Print/Caption",
"text": "print page"
},
"$:/language/Buttons/Print/Hint": {
"title": "$:/language/Buttons/Print/Hint",
"text": "Print the current page"
},
"$:/language/Buttons/Refresh/Caption": {
"title": "$:/language/Buttons/Refresh/Caption",
"text": "refresh"
},
"$:/language/Buttons/Refresh/Hint": {
"title": "$:/language/Buttons/Refresh/Hint",
"text": "Perform a full refresh of the wiki"
},
"$:/language/Buttons/Save/Caption": {
"title": "$:/language/Buttons/Save/Caption",
"text": "ok"
},
"$:/language/Buttons/Save/Hint": {
"title": "$:/language/Buttons/Save/Hint",
"text": "Confirm changes to this tiddler"
},
"$:/language/Buttons/SaveWiki/Caption": {
"title": "$:/language/Buttons/SaveWiki/Caption",
"text": "save changes"
},
"$:/language/Buttons/SaveWiki/Hint": {
"title": "$:/language/Buttons/SaveWiki/Hint",
"text": "Save changes"
},
"$:/language/Buttons/StoryView/Caption": {
"title": "$:/language/Buttons/StoryView/Caption",
"text": "storyview"
},
"$:/language/Buttons/StoryView/Hint": {
"title": "$:/language/Buttons/StoryView/Hint",
"text": "Choose the story visualisation"
},
"$:/language/Buttons/HideSideBar/Caption": {
"title": "$:/language/Buttons/HideSideBar/Caption",
"text": "hide sidebar"
},
"$:/language/Buttons/HideSideBar/Hint": {
"title": "$:/language/Buttons/HideSideBar/Hint",
"text": "Hide sidebar"
},
"$:/language/Buttons/ShowSideBar/Caption": {
"title": "$:/language/Buttons/ShowSideBar/Caption",
"text": "show sidebar"
},
"$:/language/Buttons/ShowSideBar/Hint": {
"title": "$:/language/Buttons/ShowSideBar/Hint",
"text": "Show sidebar"
},
"$:/language/Buttons/TagManager/Caption": {
"title": "$:/language/Buttons/TagManager/Caption",
"text": "tag manager"
},
"$:/language/Buttons/TagManager/Hint": {
"title": "$:/language/Buttons/TagManager/Hint",
"text": "Open tag manager"
},
"$:/language/Buttons/Timestamp/Caption": {
"title": "$:/language/Buttons/Timestamp/Caption",
"text": "timestamps"
},
"$:/language/Buttons/Timestamp/Hint": {
"title": "$:/language/Buttons/Timestamp/Hint",
"text": "Choose whether modifications update timestamps"
},
"$:/language/Buttons/Timestamp/On/Caption": {
"title": "$:/language/Buttons/Timestamp/On/Caption",
"text": "timestamps are on"
},
"$:/language/Buttons/Timestamp/On/Hint": {
"title": "$:/language/Buttons/Timestamp/On/Hint",
"text": "Update timestamps when tiddlers are modified"
},
"$:/language/Buttons/Timestamp/Off/Caption": {
"title": "$:/language/Buttons/Timestamp/Off/Caption",
"text": "timestamps are off"
},
"$:/language/Buttons/Timestamp/Off/Hint": {
"title": "$:/language/Buttons/Timestamp/Off/Hint",
"text": "Don't update timestamps when tiddlers are modified"
},
"$:/language/Buttons/Theme/Caption": {
"title": "$:/language/Buttons/Theme/Caption",
"text": "theme"
},
"$:/language/Buttons/Theme/Hint": {
"title": "$:/language/Buttons/Theme/Hint",
"text": "Choose the display theme"
},
"$:/language/Buttons/Bold/Caption": {
"title": "$:/language/Buttons/Bold/Caption",
"text": "bold"
},
"$:/language/Buttons/Bold/Hint": {
"title": "$:/language/Buttons/Bold/Hint",
"text": "Apply bold formatting to selection"
},
"$:/language/Buttons/Clear/Caption": {
"title": "$:/language/Buttons/Clear/Caption",
"text": "clear"
},
"$:/language/Buttons/Clear/Hint": {
"title": "$:/language/Buttons/Clear/Hint",
"text": "Clear image to solid colour"
},
"$:/language/Buttons/EditorHeight/Caption": {
"title": "$:/language/Buttons/EditorHeight/Caption",
"text": "editor height"
},
"$:/language/Buttons/EditorHeight/Caption/Auto": {
"title": "$:/language/Buttons/EditorHeight/Caption/Auto",
"text": "Automatically adjust height to fit content"
},
"$:/language/Buttons/EditorHeight/Caption/Fixed": {
"title": "$:/language/Buttons/EditorHeight/Caption/Fixed",
"text": "Fixed height:"
},
"$:/language/Buttons/EditorHeight/Hint": {
"title": "$:/language/Buttons/EditorHeight/Hint",
"text": "Choose the height of the text editor"
},
"$:/language/Buttons/Excise/Caption": {
"title": "$:/language/Buttons/Excise/Caption",
"text": "excise"
},
"$:/language/Buttons/Excise/Caption/Excise": {
"title": "$:/language/Buttons/Excise/Caption/Excise",
"text": "Perform excision"
},
"$:/language/Buttons/Excise/Caption/MacroName": {
"title": "$:/language/Buttons/Excise/Caption/MacroName",
"text": "Macro name:"
},
"$:/language/Buttons/Excise/Caption/NewTitle": {
"title": "$:/language/Buttons/Excise/Caption/NewTitle",
"text": "Title of new tiddler:"
},
"$:/language/Buttons/Excise/Caption/Replace": {
"title": "$:/language/Buttons/Excise/Caption/Replace",
"text": "Replace excised text with:"
},
"$:/language/Buttons/Excise/Caption/Replace/Macro": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Macro",
"text": "macro"
},
"$:/language/Buttons/Excise/Caption/Replace/Link": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Link",
"text": "link"
},
"$:/language/Buttons/Excise/Caption/Replace/Transclusion": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Transclusion",
"text": "transclusion"
},
"$:/language/Buttons/Excise/Caption/Tag": {
"title": "$:/language/Buttons/Excise/Caption/Tag",
"text": "Tag new tiddler with the title of this tiddler"
},
"$:/language/Buttons/Excise/Caption/TiddlerExists": {
"title": "$:/language/Buttons/Excise/Caption/TiddlerExists",
"text": "Warning: tiddler already exists"
},
"$:/language/Buttons/Excise/Hint": {
"title": "$:/language/Buttons/Excise/Hint",
"text": "Excise the selected text into a new tiddler"
},
"$:/language/Buttons/Heading1/Caption": {
"title": "$:/language/Buttons/Heading1/Caption",
"text": "heading 1"
},
"$:/language/Buttons/Heading1/Hint": {
"title": "$:/language/Buttons/Heading1/Hint",
"text": "Apply heading level 1 formatting to lines containing selection"
},
"$:/language/Buttons/Heading2/Caption": {
"title": "$:/language/Buttons/Heading2/Caption",
"text": "heading 2"
},
"$:/language/Buttons/Heading2/Hint": {
"title": "$:/language/Buttons/Heading2/Hint",
"text": "Apply heading level 2 formatting to lines containing selection"
},
"$:/language/Buttons/Heading3/Caption": {
"title": "$:/language/Buttons/Heading3/Caption",
"text": "heading 3"
},
"$:/language/Buttons/Heading3/Hint": {
"title": "$:/language/Buttons/Heading3/Hint",
"text": "Apply heading level 3 formatting to lines containing selection"
},
"$:/language/Buttons/Heading4/Caption": {
"title": "$:/language/Buttons/Heading4/Caption",
"text": "heading 4"
},
"$:/language/Buttons/Heading4/Hint": {
"title": "$:/language/Buttons/Heading4/Hint",
"text": "Apply heading level 4 formatting to lines containing selection"
},
"$:/language/Buttons/Heading5/Caption": {
"title": "$:/language/Buttons/Heading5/Caption",
"text": "heading 5"
},
"$:/language/Buttons/Heading5/Hint": {
"title": "$:/language/Buttons/Heading5/Hint",
"text": "Apply heading level 5 formatting to lines containing selection"
},
"$:/language/Buttons/Heading6/Caption": {
"title": "$:/language/Buttons/Heading6/Caption",
"text": "heading 6"
},
"$:/language/Buttons/Heading6/Hint": {
"title": "$:/language/Buttons/Heading6/Hint",
"text": "Apply heading level 6 formatting to lines containing selection"
},
"$:/language/Buttons/Italic/Caption": {
"title": "$:/language/Buttons/Italic/Caption",
"text": "italic"
},
"$:/language/Buttons/Italic/Hint": {
"title": "$:/language/Buttons/Italic/Hint",
"text": "Apply italic formatting to selection"
},
"$:/language/Buttons/LineWidth/Caption": {
"title": "$:/language/Buttons/LineWidth/Caption",
"text": "line width"
},
"$:/language/Buttons/LineWidth/Hint": {
"title": "$:/language/Buttons/LineWidth/Hint",
"text": "Set line width for painting"
},
"$:/language/Buttons/Link/Caption": {
"title": "$:/language/Buttons/Link/Caption",
"text": "link"
},
"$:/language/Buttons/Link/Hint": {
"title": "$:/language/Buttons/Link/Hint",
"text": "Create wikitext link"
},
"$:/language/Buttons/ListBullet/Caption": {
"title": "$:/language/Buttons/ListBullet/Caption",
"text": "bulleted list"
},
"$:/language/Buttons/ListBullet/Hint": {
"title": "$:/language/Buttons/ListBullet/Hint",
"text": "Apply bulleted list formatting to lines containing selection"
},
"$:/language/Buttons/ListNumber/Caption": {
"title": "$:/language/Buttons/ListNumber/Caption",
"text": "numbered list"
},
"$:/language/Buttons/ListNumber/Hint": {
"title": "$:/language/Buttons/ListNumber/Hint",
"text": "Apply numbered list formatting to lines containing selection"
},
"$:/language/Buttons/MonoBlock/Caption": {
"title": "$:/language/Buttons/MonoBlock/Caption",
"text": "monospaced block"
},
"$:/language/Buttons/MonoBlock/Hint": {
"title": "$:/language/Buttons/MonoBlock/Hint",
"text": "Apply monospaced block formatting to lines containing selection"
},
"$:/language/Buttons/MonoLine/Caption": {
"title": "$:/language/Buttons/MonoLine/Caption",
"text": "monospaced"
},
"$:/language/Buttons/MonoLine/Hint": {
"title": "$:/language/Buttons/MonoLine/Hint",
"text": "Apply monospaced character formatting to selection"
},
"$:/language/Buttons/Opacity/Caption": {
"title": "$:/language/Buttons/Opacity/Caption",
"text": "opacity"
},
"$:/language/Buttons/Opacity/Hint": {
"title": "$:/language/Buttons/Opacity/Hint",
"text": "Set painting opacity"
},
"$:/language/Buttons/Paint/Caption": {
"title": "$:/language/Buttons/Paint/Caption",
"text": "paint colour"
},
"$:/language/Buttons/Paint/Hint": {
"title": "$:/language/Buttons/Paint/Hint",
"text": "Set painting colour"
},
"$:/language/Buttons/Picture/Caption": {
"title": "$:/language/Buttons/Picture/Caption",
"text": "picture"
},
"$:/language/Buttons/Picture/Hint": {
"title": "$:/language/Buttons/Picture/Hint",
"text": "Insert picture"
},
"$:/language/Buttons/Preview/Caption": {
"title": "$:/language/Buttons/Preview/Caption",
"text": "preview"
},
"$:/language/Buttons/Preview/Hint": {
"title": "$:/language/Buttons/Preview/Hint",
"text": "Show preview pane"
},
"$:/language/Buttons/PreviewType/Caption": {
"title": "$:/language/Buttons/PreviewType/Caption",
"text": "preview type"
},
"$:/language/Buttons/PreviewType/Hint": {
"title": "$:/language/Buttons/PreviewType/Hint",
"text": "Choose preview type"
},
"$:/language/Buttons/Quote/Caption": {
"title": "$:/language/Buttons/Quote/Caption",
"text": "quote"
},
"$:/language/Buttons/Quote/Hint": {
"title": "$:/language/Buttons/Quote/Hint",
"text": "Apply quoted text formatting to lines containing selection"
},
"$:/language/Buttons/Size/Caption": {
"title": "$:/language/Buttons/Size/Caption",
"text": "image size"
},
"$:/language/Buttons/Size/Caption/Height": {
"title": "$:/language/Buttons/Size/Caption/Height",
"text": "Height:"
},
"$:/language/Buttons/Size/Caption/Resize": {
"title": "$:/language/Buttons/Size/Caption/Resize",
"text": "Resize image"
},
"$:/language/Buttons/Size/Caption/Width": {
"title": "$:/language/Buttons/Size/Caption/Width",
"text": "Width:"
},
"$:/language/Buttons/Size/Hint": {
"title": "$:/language/Buttons/Size/Hint",
"text": "Set image size"
},
"$:/language/Buttons/Stamp/Caption": {
"title": "$:/language/Buttons/Stamp/Caption",
"text": "stamp"
},
"$:/language/Buttons/Stamp/Caption/New": {
"title": "$:/language/Buttons/Stamp/Caption/New",
"text": "Add your own"
},
"$:/language/Buttons/Stamp/Hint": {
"title": "$:/language/Buttons/Stamp/Hint",
"text": "Insert a preconfigured snippet of text"
},
"$:/language/Buttons/Stamp/New/Title": {
"title": "$:/language/Buttons/Stamp/New/Title",
"text": "Name as shown in menu"
},
"$:/language/Buttons/Stamp/New/Text": {
"title": "$:/language/Buttons/Stamp/New/Text",
"text": "Text of snippet. (Remember to add a descriptive title in the caption field)."
},
"$:/language/Buttons/Strikethrough/Caption": {
"title": "$:/language/Buttons/Strikethrough/Caption",
"text": "strikethrough"
},
"$:/language/Buttons/Strikethrough/Hint": {
"title": "$:/language/Buttons/Strikethrough/Hint",
"text": "Apply strikethrough formatting to selection"
},
"$:/language/Buttons/Subscript/Caption": {
"title": "$:/language/Buttons/Subscript/Caption",
"text": "subscript"
},
"$:/language/Buttons/Subscript/Hint": {
"title": "$:/language/Buttons/Subscript/Hint",
"text": "Apply subscript formatting to selection"
},
"$:/language/Buttons/Superscript/Caption": {
"title": "$:/language/Buttons/Superscript/Caption",
"text": "superscript"
},
"$:/language/Buttons/Superscript/Hint": {
"title": "$:/language/Buttons/Superscript/Hint",
"text": "Apply superscript formatting to selection"
},
"$:/language/Buttons/Underline/Caption": {
"title": "$:/language/Buttons/Underline/Caption",
"text": "underline"
},
"$:/language/Buttons/Underline/Hint": {
"title": "$:/language/Buttons/Underline/Hint",
"text": "Apply underline formatting to selection"
},
"$:/language/ControlPanel/Advanced/Caption": {
"title": "$:/language/ControlPanel/Advanced/Caption",
"text": "Advanced"
},
"$:/language/ControlPanel/Advanced/Hint": {
"title": "$:/language/ControlPanel/Advanced/Hint",
"text": "Internal information about this TiddlyWiki"
},
"$:/language/ControlPanel/Appearance/Caption": {
"title": "$:/language/ControlPanel/Appearance/Caption",
"text": "Appearance"
},
"$:/language/ControlPanel/Appearance/Hint": {
"title": "$:/language/ControlPanel/Appearance/Hint",
"text": "Ways to customise the appearance of your TiddlyWiki."
},
"$:/language/ControlPanel/Basics/AnimDuration/Prompt": {
"title": "$:/language/ControlPanel/Basics/AnimDuration/Prompt",
"text": "Animation duration:"
},
"$:/language/ControlPanel/Basics/Caption": {
"title": "$:/language/ControlPanel/Basics/Caption",
"text": "Basics"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint",
"text": "Use [[double square brackets]] for titles with spaces. Or you can choose to <$button set=\"$:/DefaultTiddlers\" setTo=\"[list[$:/StoryList]]\">retain story ordering</$button>"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt",
"text": "Default tiddlers:"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint",
"text": "Choose which tiddlers are displayed at startup:"
},
"$:/language/ControlPanel/Basics/Language/Prompt": {
"title": "$:/language/ControlPanel/Basics/Language/Prompt",
"text": "Hello! Current language:"
},
"$:/language/ControlPanel/Basics/NewJournal/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Title/Prompt",
"text": "Title of new journal tiddlers"
},
"$:/language/ControlPanel/Basics/NewJournal/Text/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Text/Prompt",
"text": "Text for new journal tiddlers"
},
"$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt",
"text": "Tags for new journal tiddlers"
},
"$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt",
"text": "Number of overridden shadow tiddlers:"
},
"$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt",
"text": "Number of shadow tiddlers:"
},
"$:/language/ControlPanel/Basics/Subtitle/Prompt": {
"title": "$:/language/ControlPanel/Basics/Subtitle/Prompt",
"text": "Subtitle:"
},
"$:/language/ControlPanel/Basics/SystemTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/SystemTiddlers/Prompt",
"text": "Number of system tiddlers:"
},
"$:/language/ControlPanel/Basics/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tags/Prompt",
"text": "Number of tags:"
},
"$:/language/ControlPanel/Basics/Tiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tiddlers/Prompt",
"text": "Number of tiddlers:"
},
"$:/language/ControlPanel/Basics/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/Title/Prompt",
"text": "Title of this ~TiddlyWiki:"
},
"$:/language/ControlPanel/Basics/Username/Prompt": {
"title": "$:/language/ControlPanel/Basics/Username/Prompt",
"text": "Username for signing edits:"
},
"$:/language/ControlPanel/Basics/Version/Prompt": {
"title": "$:/language/ControlPanel/Basics/Version/Prompt",
"text": "~TiddlyWiki version:"
},
"$:/language/ControlPanel/EditorTypes/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Caption",
"text": "Editor Types"
},
"$:/language/ControlPanel/EditorTypes/Editor/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Editor/Caption",
"text": "Editor"
},
"$:/language/ControlPanel/EditorTypes/Hint": {
"title": "$:/language/ControlPanel/EditorTypes/Hint",
"text": "These tiddlers determine which editor is used to edit specific tiddler types."
},
"$:/language/ControlPanel/EditorTypes/Type/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Type/Caption",
"text": "Type"
},
"$:/language/ControlPanel/Info/Caption": {
"title": "$:/language/ControlPanel/Info/Caption",
"text": "Info"
},
"$:/language/ControlPanel/Info/Hint": {
"title": "$:/language/ControlPanel/Info/Hint",
"text": "Information about this TiddlyWiki"
},
"$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt",
"text": "Type shortcut here"
},
"$:/language/ControlPanel/KeyboardShortcuts/Add/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Add/Caption",
"text": "add shortcut"
},
"$:/language/ControlPanel/KeyboardShortcuts/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Caption",
"text": "Keyboard Shortcuts"
},
"$:/language/ControlPanel/KeyboardShortcuts/Hint": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Hint",
"text": "Manage keyboard shortcut assignments"
},
"$:/language/ControlPanel/KeyboardShortcuts/NoShortcuts/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/NoShortcuts/Caption",
"text": "No keyboard shortcuts assigned"
},
"$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint",
"text": "remove keyboard shortcut"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/All": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/All",
"text": "All platforms"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Mac": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Mac",
"text": "Macintosh platform only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonMac": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonMac",
"text": "Non-Macintosh platforms only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Linux": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Linux",
"text": "Linux platform only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonLinux": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonLinux",
"text": "Non-Linux platforms only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Windows": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Windows",
"text": "Windows platform only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonWindows": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonWindows",
"text": "Non-Windows platforms only"
},
"$:/language/ControlPanel/LoadedModules/Caption": {
"title": "$:/language/ControlPanel/LoadedModules/Caption",
"text": "Loaded Modules"
},
"$:/language/ControlPanel/LoadedModules/Hint": {
"title": "$:/language/ControlPanel/LoadedModules/Hint",
"text": "These are the currently loaded tiddler modules linked to their source tiddlers. Any italicised modules lack a source tiddler, typically because they were setup during the boot process."
},
"$:/language/ControlPanel/Palette/Caption": {
"title": "$:/language/ControlPanel/Palette/Caption",
"text": "Palette"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Caption",
"text": "clone"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Prompt",
"text": "It is recommended that you clone this shadow palette before editing it"
},
"$:/language/ControlPanel/Palette/Editor/Prompt/Modified": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt/Modified",
"text": "This shadow palette has been modified"
},
"$:/language/ControlPanel/Palette/Editor/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt",
"text": "Editing"
},
"$:/language/ControlPanel/Palette/Editor/Reset/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Reset/Caption",
"text": "reset"
},
"$:/language/ControlPanel/Palette/HideEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/HideEditor/Caption",
"text": "hide editor"
},
"$:/language/ControlPanel/Palette/Prompt": {
"title": "$:/language/ControlPanel/Palette/Prompt",
"text": "Current palette:"
},
"$:/language/ControlPanel/Palette/ShowEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/ShowEditor/Caption",
"text": "show editor"
},
"$:/language/ControlPanel/Parsing/Caption": {
"title": "$:/language/ControlPanel/Parsing/Caption",
"text": "Parsing"
},
"$:/language/ControlPanel/Parsing/Hint": {
"title": "$:/language/ControlPanel/Parsing/Hint",
"text": "Here you can globally disable/enable wiki parser rules. For changes to take effect, save and reload your wiki. Disabling certain parser rules can prevent <$text text=\"TiddlyWiki\"/> from functioning correctly. Use [[safe mode|http://tiddlywiki.com/#SafeMode]] to restore normal operation."
},
"$:/language/ControlPanel/Parsing/Block/Caption": {
"title": "$:/language/ControlPanel/Parsing/Block/Caption",
"text": "Block Parse Rules"
},
"$:/language/ControlPanel/Parsing/Inline/Caption": {
"title": "$:/language/ControlPanel/Parsing/Inline/Caption",
"text": "Inline Parse Rules"
},
"$:/language/ControlPanel/Parsing/Pragma/Caption": {
"title": "$:/language/ControlPanel/Parsing/Pragma/Caption",
"text": "Pragma Parse Rules"
},
"$:/language/ControlPanel/Plugins/Add/Caption": {
"title": "$:/language/ControlPanel/Plugins/Add/Caption",
"text": "Get more plugins"
},
"$:/language/ControlPanel/Plugins/Add/Hint": {
"title": "$:/language/ControlPanel/Plugins/Add/Hint",
"text": "Install plugins from the official library"
},
"$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint": {
"title": "$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint",
"text": "This plugin is already installed at version <$text text=<<installedVersion>>/>"
},
"$:/language/ControlPanel/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Caption",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Disable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Disable/Caption",
"text": "disable"
},
"$:/language/ControlPanel/Plugins/Disable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Disable/Hint",
"text": "Disable this plugin when reloading page"
},
"$:/language/ControlPanel/Plugins/Disabled/Status": {
"title": "$:/language/ControlPanel/Plugins/Disabled/Status",
"text": "(disabled)"
},
"$:/language/ControlPanel/Plugins/Empty/Hint": {
"title": "$:/language/ControlPanel/Plugins/Empty/Hint",
"text": "None"
},
"$:/language/ControlPanel/Plugins/Enable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Enable/Caption",
"text": "enable"
},
"$:/language/ControlPanel/Plugins/Enable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Enable/Hint",
"text": "Enable this plugin when reloading page"
},
"$:/language/ControlPanel/Plugins/Install/Caption": {
"title": "$:/language/ControlPanel/Plugins/Install/Caption",
"text": "install"
},
"$:/language/ControlPanel/Plugins/Installed/Hint": {
"title": "$:/language/ControlPanel/Plugins/Installed/Hint",
"text": "Currently installed plugins:"
},
"$:/language/ControlPanel/Plugins/Languages/Caption": {
"title": "$:/language/ControlPanel/Plugins/Languages/Caption",
"text": "Languages"
},
"$:/language/ControlPanel/Plugins/Languages/Hint": {
"title": "$:/language/ControlPanel/Plugins/Languages/Hint",
"text": "Language pack plugins"
},
"$:/language/ControlPanel/Plugins/NoInfoFound/Hint": {
"title": "$:/language/ControlPanel/Plugins/NoInfoFound/Hint",
"text": "No ''\"<$text text=<<currentTab>>/>\"'' found"
},
"$:/language/ControlPanel/Plugins/NoInformation/Hint": {
"title": "$:/language/ControlPanel/Plugins/NoInformation/Hint",
"text": "No information provided"
},
"$:/language/ControlPanel/Plugins/NotInstalled/Hint": {
"title": "$:/language/ControlPanel/Plugins/NotInstalled/Hint",
"text": "This plugin is not currently installed"
},
"$:/language/ControlPanel/Plugins/OpenPluginLibrary": {
"title": "$:/language/ControlPanel/Plugins/OpenPluginLibrary",
"text": "open plugin library"
},
"$:/language/ControlPanel/Plugins/ClosePluginLibrary": {
"title": "$:/language/ControlPanel/Plugins/ClosePluginLibrary",
"text": "close plugin library"
},
"$:/language/ControlPanel/Plugins/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Caption",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Plugins/Hint": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Hint",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Reinstall/Caption": {
"title": "$:/language/ControlPanel/Plugins/Reinstall/Caption",
"text": "reinstall"
},
"$:/language/ControlPanel/Plugins/Themes/Caption": {
"title": "$:/language/ControlPanel/Plugins/Themes/Caption",
"text": "Themes"
},
"$:/language/ControlPanel/Plugins/Themes/Hint": {
"title": "$:/language/ControlPanel/Plugins/Themes/Hint",
"text": "Theme plugins"
},
"$:/language/ControlPanel/Saving/Caption": {
"title": "$:/language/ControlPanel/Saving/Caption",
"text": "Saving"
},
"$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Description": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Description",
"text": "Permit automatic saving for the download saver"
},
"$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Hint": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Hint",
"text": "Enable Autosave for Download Saver"
},
"$:/language/ControlPanel/Saving/DownloadSaver/Caption": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/Caption",
"text": "Download Saver"
},
"$:/language/ControlPanel/Saving/DownloadSaver/Hint": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/Hint",
"text": "These settings apply to the HTML5-compatible download saver"
},
"$:/language/ControlPanel/Saving/General/Caption": {
"title": "$:/language/ControlPanel/Saving/General/Caption",
"text": "General"
},
"$:/language/ControlPanel/Saving/General/Hint": {
"title": "$:/language/ControlPanel/Saving/General/Hint",
"text": "These settings apply to all the loaded savers"
},
"$:/language/ControlPanel/Saving/Hint": {
"title": "$:/language/ControlPanel/Saving/Hint",
"text": "Settings used for saving the entire TiddlyWiki as a single file via a saver module"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading",
"text": "Advanced Settings"
},
"$:/language/ControlPanel/Saving/TiddlySpot/BackupDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/BackupDir",
"text": "Backup Directory"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Backups": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Backups",
"text": "Backups"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Caption": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Caption",
"text": "~TiddlySpot Saver"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Description": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Description",
"text": "These settings are only used when saving to http://tiddlyspot.com or a compatible remote server"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Filename": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Filename",
"text": "Upload Filename"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Heading",
"text": "~TiddlySpot"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Hint": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Hint",
"text": "//The server URL defaults to `http://<wikiname>.tiddlyspot.com/store.cgi` and can be changed to use a custom server address, e.g. `http://example.com/store.php`.//"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Password": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Password",
"text": "Password"
},
"$:/language/ControlPanel/Saving/TiddlySpot/ServerURL": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/ServerURL",
"text": "Server URL"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UploadDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UploadDir",
"text": "Upload Directory"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UserName": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UserName",
"text": "Wiki Name"
},
"$:/language/ControlPanel/Settings/AutoSave/Caption": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Caption",
"text": "Autosave"
},
"$:/language/ControlPanel/Settings/AutoSave/Disabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Disabled/Description",
"text": "Do not save changes automatically"
},
"$:/language/ControlPanel/Settings/AutoSave/Enabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Enabled/Description",
"text": "Save changes automatically"
},
"$:/language/ControlPanel/Settings/AutoSave/Hint": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Hint",
"text": "Attempt to automatically save changes during editing when using a supporting saver"
},
"$:/language/ControlPanel/Settings/CamelCase/Caption": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Caption",
"text": "Camel Case Wiki Links"
},
"$:/language/ControlPanel/Settings/CamelCase/Hint": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Hint",
"text": "You can globally disable automatic linking of ~CamelCase phrases. Requires reload to take effect"
},
"$:/language/ControlPanel/Settings/CamelCase/Description": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Description",
"text": "Enable automatic ~CamelCase linking"
},
"$:/language/ControlPanel/Settings/Caption": {
"title": "$:/language/ControlPanel/Settings/Caption",
"text": "Settings"
},
"$:/language/ControlPanel/Settings/EditorToolbar/Caption": {
"title": "$:/language/ControlPanel/Settings/EditorToolbar/Caption",
"text": "Editor Toolbar"
},
"$:/language/ControlPanel/Settings/EditorToolbar/Hint": {
"title": "$:/language/ControlPanel/Settings/EditorToolbar/Hint",
"text": "Enable or disable the editor toolbar:"
},
"$:/language/ControlPanel/Settings/EditorToolbar/Description": {
"title": "$:/language/ControlPanel/Settings/EditorToolbar/Description",
"text": "Show editor toolbar"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Caption": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Caption",
"text": "Tiddler Info Panel Mode"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Hint": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Hint",
"text": "Control when the tiddler info panel closes:"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Popup/Description": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Popup/Description",
"text": "Tiddler info panel closes automatically"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Sticky/Description": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Sticky/Description",
"text": "Tiddler info panel stays open until explicitly closed"
},
"$:/language/ControlPanel/Settings/Hint": {
"title": "$:/language/ControlPanel/Settings/Hint",
"text": "These settings let you customise the behaviour of TiddlyWiki."
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Caption",
"text": "Navigation Address Bar"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Hint",
"text": "Behaviour of the browser address bar when navigating to a tiddler:"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description",
"text": "Do not update the address bar"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description",
"text": "Include the target tiddler"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description",
"text": "Include the target tiddler and the current story sequence"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Caption",
"text": "Navigation History"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Hint",
"text": "Update browser history when navigating to a tiddler:"
},
"$:/language/ControlPanel/Settings/NavigationHistory/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/No/Description",
"text": "Do not update history"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description",
"text": "Update history"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption",
"text": "Performance Instrumentation"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Hint": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Hint",
"text": "Displays performance statistics in the browser developer console. Requires reload to take effect"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Description": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Description",
"text": "Enable performance instrumentation"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption",
"text": "Toolbar Button Style"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint",
"text": "Choose the style for toolbar buttons:"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless",
"text": "Borderless"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed",
"text": "Boxed"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded",
"text": "Rounded"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Caption",
"text": "Toolbar Buttons"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Hint",
"text": "Default toolbar button appearance:"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description",
"text": "Include icon"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description",
"text": "Include text"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption",
"text": "Default Sidebar Tab"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint",
"text": "Specify which sidebar tab is displayed by default"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/Caption": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/Caption",
"text": "Tiddler Opening Behaviour"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint",
"text": "Navigation from //within// the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint",
"text": "Navigation from //outside// the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove",
"text": "Open above the current tiddler"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow",
"text": "Open below the current tiddler"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop",
"text": "Open at the top of the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom",
"text": "Open at the bottom of the story river"
},
"$:/language/ControlPanel/Settings/TitleLinks/Caption": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Caption",
"text": "Tiddler Titles"
},
"$:/language/ControlPanel/Settings/TitleLinks/Hint": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Hint",
"text": "Optionally display tiddler titles as links"
},
"$:/language/ControlPanel/Settings/TitleLinks/No/Description": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/No/Description",
"text": "Do not display tiddler titles as links"
},
"$:/language/ControlPanel/Settings/TitleLinks/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Yes/Description",
"text": "Display tiddler titles as links"
},
"$:/language/ControlPanel/Settings/MissingLinks/Caption": {
"title": "$:/language/ControlPanel/Settings/MissingLinks/Caption",
"text": "Wiki Links"
},
"$:/language/ControlPanel/Settings/MissingLinks/Hint": {
"title": "$:/language/ControlPanel/Settings/MissingLinks/Hint",
"text": "Choose whether to link to tiddlers that do not exist yet"
},
"$:/language/ControlPanel/Settings/MissingLinks/Description": {
"title": "$:/language/ControlPanel/Settings/MissingLinks/Description",
"text": "Enable links to missing tiddlers"
},
"$:/language/ControlPanel/StoryView/Caption": {
"title": "$:/language/ControlPanel/StoryView/Caption",
"text": "Story View"
},
"$:/language/ControlPanel/StoryView/Prompt": {
"title": "$:/language/ControlPanel/StoryView/Prompt",
"text": "Current view:"
},
"$:/language/ControlPanel/Theme/Caption": {
"title": "$:/language/ControlPanel/Theme/Caption",
"text": "Theme"
},
"$:/language/ControlPanel/Theme/Prompt": {
"title": "$:/language/ControlPanel/Theme/Prompt",
"text": "Current theme:"
},
"$:/language/ControlPanel/TiddlerFields/Caption": {
"title": "$:/language/ControlPanel/TiddlerFields/Caption",
"text": "Tiddler Fields"
},
"$:/language/ControlPanel/TiddlerFields/Hint": {
"title": "$:/language/ControlPanel/TiddlerFields/Hint",
"text": "This is the full set of TiddlerFields in use in this wiki (including system tiddlers but excluding shadow tiddlers)."
},
"$:/language/ControlPanel/Toolbars/Caption": {
"title": "$:/language/ControlPanel/Toolbars/Caption",
"text": "Toolbars"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Caption",
"text": "Edit Toolbar"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Hint",
"text": "Choose which buttons are displayed for tiddlers in edit mode. Drag and drop to change the ordering"
},
"$:/language/ControlPanel/Toolbars/Hint": {
"title": "$:/language/ControlPanel/Toolbars/Hint",
"text": "Select which toolbar buttons are displayed"
},
"$:/language/ControlPanel/Toolbars/PageControls/Caption": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Caption",
"text": "Page Toolbar"
},
"$:/language/ControlPanel/Toolbars/PageControls/Hint": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Hint",
"text": "Choose which buttons are displayed on the main page toolbar. Drag and drop to change the ordering"
},
"$:/language/ControlPanel/Toolbars/EditorToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/EditorToolbar/Caption",
"text": "Editor Toolbar"
},
"$:/language/ControlPanel/Toolbars/EditorToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/EditorToolbar/Hint",
"text": "Choose which buttons are displayed in the editor toolbar. Note that some buttons will only appear when editing tiddlers of a certain type. Drag and drop to change the ordering"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption",
"text": "View Toolbar"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint",
"text": "Choose which buttons are displayed for tiddlers in view mode. Drag and drop to change the ordering"
},
"$:/language/ControlPanel/Tools/Download/Full/Caption": {
"title": "$:/language/ControlPanel/Tools/Download/Full/Caption",
"text": "Download full wiki"
},
"$:/language/Date/DaySuffix/1": {
"title": "$:/language/Date/DaySuffix/1",
"text": "st"
},
"$:/language/Date/DaySuffix/2": {
"title": "$:/language/Date/DaySuffix/2",
"text": "nd"
},
"$:/language/Date/DaySuffix/3": {
"title": "$:/language/Date/DaySuffix/3",
"text": "rd"
},
"$:/language/Date/DaySuffix/4": {
"title": "$:/language/Date/DaySuffix/4",
"text": "th"
},
"$:/language/Date/DaySuffix/5": {
"title": "$:/language/Date/DaySuffix/5",
"text": "th"
},
"$:/language/Date/DaySuffix/6": {
"title": "$:/language/Date/DaySuffix/6",
"text": "th"
},
"$:/language/Date/DaySuffix/7": {
"title": "$:/language/Date/DaySuffix/7",
"text": "th"
},
"$:/language/Date/DaySuffix/8": {
"title": "$:/language/Date/DaySuffix/8",
"text": "th"
},
"$:/language/Date/DaySuffix/9": {
"title": "$:/language/Date/DaySuffix/9",
"text": "th"
},
"$:/language/Date/DaySuffix/10": {
"title": "$:/language/Date/DaySuffix/10",
"text": "th"
},
"$:/language/Date/DaySuffix/11": {
"title": "$:/language/Date/DaySuffix/11",
"text": "th"
},
"$:/language/Date/DaySuffix/12": {
"title": "$:/language/Date/DaySuffix/12",
"text": "th"
},
"$:/language/Date/DaySuffix/13": {
"title": "$:/language/Date/DaySuffix/13",
"text": "th"
},
"$:/language/Date/DaySuffix/14": {
"title": "$:/language/Date/DaySuffix/14",
"text": "th"
},
"$:/language/Date/DaySuffix/15": {
"title": "$:/language/Date/DaySuffix/15",
"text": "th"
},
"$:/language/Date/DaySuffix/16": {
"title": "$:/language/Date/DaySuffix/16",
"text": "th"
},
"$:/language/Date/DaySuffix/17": {
"title": "$:/language/Date/DaySuffix/17",
"text": "th"
},
"$:/language/Date/DaySuffix/18": {
"title": "$:/language/Date/DaySuffix/18",
"text": "th"
},
"$:/language/Date/DaySuffix/19": {
"title": "$:/language/Date/DaySuffix/19",
"text": "th"
},
"$:/language/Date/DaySuffix/20": {
"title": "$:/language/Date/DaySuffix/20",
"text": "th"
},
"$:/language/Date/DaySuffix/21": {
"title": "$:/language/Date/DaySuffix/21",
"text": "st"
},
"$:/language/Date/DaySuffix/22": {
"title": "$:/language/Date/DaySuffix/22",
"text": "nd"
},
"$:/language/Date/DaySuffix/23": {
"title": "$:/language/Date/DaySuffix/23",
"text": "rd"
},
"$:/language/Date/DaySuffix/24": {
"title": "$:/language/Date/DaySuffix/24",
"text": "th"
},
"$:/language/Date/DaySuffix/25": {
"title": "$:/language/Date/DaySuffix/25",
"text": "th"
},
"$:/language/Date/DaySuffix/26": {
"title": "$:/language/Date/DaySuffix/26",
"text": "th"
},
"$:/language/Date/DaySuffix/27": {
"title": "$:/language/Date/DaySuffix/27",
"text": "th"
},
"$:/language/Date/DaySuffix/28": {
"title": "$:/language/Date/DaySuffix/28",
"text": "th"
},
"$:/language/Date/DaySuffix/29": {
"title": "$:/language/Date/DaySuffix/29",
"text": "th"
},
"$:/language/Date/DaySuffix/30": {
"title": "$:/language/Date/DaySuffix/30",
"text": "th"
},
"$:/language/Date/DaySuffix/31": {
"title": "$:/language/Date/DaySuffix/31",
"text": "st"
},
"$:/language/Date/Long/Day/0": {
"title": "$:/language/Date/Long/Day/0",
"text": "Sunday"
},
"$:/language/Date/Long/Day/1": {
"title": "$:/language/Date/Long/Day/1",
"text": "Monday"
},
"$:/language/Date/Long/Day/2": {
"title": "$:/language/Date/Long/Day/2",
"text": "Tuesday"
},
"$:/language/Date/Long/Day/3": {
"title": "$:/language/Date/Long/Day/3",
"text": "Wednesday"
},
"$:/language/Date/Long/Day/4": {
"title": "$:/language/Date/Long/Day/4",
"text": "Thursday"
},
"$:/language/Date/Long/Day/5": {
"title": "$:/language/Date/Long/Day/5",
"text": "Friday"
},
"$:/language/Date/Long/Day/6": {
"title": "$:/language/Date/Long/Day/6",
"text": "Saturday"
},
"$:/language/Date/Long/Month/1": {
"title": "$:/language/Date/Long/Month/1",
"text": "January"
},
"$:/language/Date/Long/Month/2": {
"title": "$:/language/Date/Long/Month/2",
"text": "February"
},
"$:/language/Date/Long/Month/3": {
"title": "$:/language/Date/Long/Month/3",
"text": "March"
},
"$:/language/Date/Long/Month/4": {
"title": "$:/language/Date/Long/Month/4",
"text": "April"
},
"$:/language/Date/Long/Month/5": {
"title": "$:/language/Date/Long/Month/5",
"text": "May"
},
"$:/language/Date/Long/Month/6": {
"title": "$:/language/Date/Long/Month/6",
"text": "June"
},
"$:/language/Date/Long/Month/7": {
"title": "$:/language/Date/Long/Month/7",
"text": "July"
},
"$:/language/Date/Long/Month/8": {
"title": "$:/language/Date/Long/Month/8",
"text": "August"
},
"$:/language/Date/Long/Month/9": {
"title": "$:/language/Date/Long/Month/9",
"text": "September"
},
"$:/language/Date/Long/Month/10": {
"title": "$:/language/Date/Long/Month/10",
"text": "October"
},
"$:/language/Date/Long/Month/11": {
"title": "$:/language/Date/Long/Month/11",
"text": "November"
},
"$:/language/Date/Long/Month/12": {
"title": "$:/language/Date/Long/Month/12",
"text": "December"
},
"$:/language/Date/Period/am": {
"title": "$:/language/Date/Period/am",
"text": "am"
},
"$:/language/Date/Period/pm": {
"title": "$:/language/Date/Period/pm",
"text": "pm"
},
"$:/language/Date/Short/Day/0": {
"title": "$:/language/Date/Short/Day/0",
"text": "Sun"
},
"$:/language/Date/Short/Day/1": {
"title": "$:/language/Date/Short/Day/1",
"text": "Mon"
},
"$:/language/Date/Short/Day/2": {
"title": "$:/language/Date/Short/Day/2",
"text": "Tue"
},
"$:/language/Date/Short/Day/3": {
"title": "$:/language/Date/Short/Day/3",
"text": "Wed"
},
"$:/language/Date/Short/Day/4": {
"title": "$:/language/Date/Short/Day/4",
"text": "Thu"
},
"$:/language/Date/Short/Day/5": {
"title": "$:/language/Date/Short/Day/5",
"text": "Fri"
},
"$:/language/Date/Short/Day/6": {
"title": "$:/language/Date/Short/Day/6",
"text": "Sat"
},
"$:/language/Date/Short/Month/1": {
"title": "$:/language/Date/Short/Month/1",
"text": "Jan"
},
"$:/language/Date/Short/Month/2": {
"title": "$:/language/Date/Short/Month/2",
"text": "Feb"
},
"$:/language/Date/Short/Month/3": {
"title": "$:/language/Date/Short/Month/3",
"text": "Mar"
},
"$:/language/Date/Short/Month/4": {
"title": "$:/language/Date/Short/Month/4",
"text": "Apr"
},
"$:/language/Date/Short/Month/5": {
"title": "$:/language/Date/Short/Month/5",
"text": "May"
},
"$:/language/Date/Short/Month/6": {
"title": "$:/language/Date/Short/Month/6",
"text": "Jun"
},
"$:/language/Date/Short/Month/7": {
"title": "$:/language/Date/Short/Month/7",
"text": "Jul"
},
"$:/language/Date/Short/Month/8": {
"title": "$:/language/Date/Short/Month/8",
"text": "Aug"
},
"$:/language/Date/Short/Month/9": {
"title": "$:/language/Date/Short/Month/9",
"text": "Sep"
},
"$:/language/Date/Short/Month/10": {
"title": "$:/language/Date/Short/Month/10",
"text": "Oct"
},
"$:/language/Date/Short/Month/11": {
"title": "$:/language/Date/Short/Month/11",
"text": "Nov"
},
"$:/language/Date/Short/Month/12": {
"title": "$:/language/Date/Short/Month/12",
"text": "Dec"
},
"$:/language/RelativeDate/Future/Days": {
"title": "$:/language/RelativeDate/Future/Days",
"text": "<<period>> days from now"
},
"$:/language/RelativeDate/Future/Hours": {
"title": "$:/language/RelativeDate/Future/Hours",
"text": "<<period>> hours from now"
},
"$:/language/RelativeDate/Future/Minutes": {
"title": "$:/language/RelativeDate/Future/Minutes",
"text": "<<period>> minutes from now"
},
"$:/language/RelativeDate/Future/Months": {
"title": "$:/language/RelativeDate/Future/Months",
"text": "<<period>> months from now"
},
"$:/language/RelativeDate/Future/Second": {
"title": "$:/language/RelativeDate/Future/Second",
"text": "1 second from now"
},
"$:/language/RelativeDate/Future/Seconds": {
"title": "$:/language/RelativeDate/Future/Seconds",
"text": "<<period>> seconds from now"
},
"$:/language/RelativeDate/Future/Years": {
"title": "$:/language/RelativeDate/Future/Years",
"text": "<<period>> years from now"
},
"$:/language/RelativeDate/Past/Days": {
"title": "$:/language/RelativeDate/Past/Days",
"text": "<<period>> days ago"
},
"$:/language/RelativeDate/Past/Hours": {
"title": "$:/language/RelativeDate/Past/Hours",
"text": "<<period>> hours ago"
},
"$:/language/RelativeDate/Past/Minutes": {
"title": "$:/language/RelativeDate/Past/Minutes",
"text": "<<period>> minutes ago"
},
"$:/language/RelativeDate/Past/Months": {
"title": "$:/language/RelativeDate/Past/Months",
"text": "<<period>> months ago"
},
"$:/language/RelativeDate/Past/Second": {
"title": "$:/language/RelativeDate/Past/Second",
"text": "1 second ago"
},
"$:/language/RelativeDate/Past/Seconds": {
"title": "$:/language/RelativeDate/Past/Seconds",
"text": "<<period>> seconds ago"
},
"$:/language/RelativeDate/Past/Years": {
"title": "$:/language/RelativeDate/Past/Years",
"text": "<<period>> years ago"
},
"$:/language/Docs/ModuleTypes/allfilteroperator": {
"title": "$:/language/Docs/ModuleTypes/allfilteroperator",
"text": "A sub-operator for the ''all'' filter operator."
},
"$:/language/Docs/ModuleTypes/animation": {
"title": "$:/language/Docs/ModuleTypes/animation",
"text": "Animations that may be used with the RevealWidget."
},
"$:/language/Docs/ModuleTypes/bitmapeditoroperation": {
"title": "$:/language/Docs/ModuleTypes/bitmapeditoroperation",
"text": "A bitmap editor toolbar operation."
},
"$:/language/Docs/ModuleTypes/command": {
"title": "$:/language/Docs/ModuleTypes/command",
"text": "Commands that can be executed under Node.js."
},
"$:/language/Docs/ModuleTypes/config": {
"title": "$:/language/Docs/ModuleTypes/config",
"text": "Data to be inserted into `$tw.config`."
},
"$:/language/Docs/ModuleTypes/filteroperator": {
"title": "$:/language/Docs/ModuleTypes/filteroperator",
"text": "Individual filter operator methods."
},
"$:/language/Docs/ModuleTypes/global": {
"title": "$:/language/Docs/ModuleTypes/global",
"text": "Global data to be inserted into `$tw`."
},
"$:/language/Docs/ModuleTypes/info": {
"title": "$:/language/Docs/ModuleTypes/info",
"text": "Publishes system information via the [[$:/temp/info-plugin]] pseudo-plugin."
},
"$:/language/Docs/ModuleTypes/isfilteroperator": {
"title": "$:/language/Docs/ModuleTypes/isfilteroperator",
"text": "Operands for the ''is'' filter operator."
},
"$:/language/Docs/ModuleTypes/library": {
"title": "$:/language/Docs/ModuleTypes/library",
"text": "Generic module type for general purpose JavaScript modules."
},
"$:/language/Docs/ModuleTypes/macro": {
"title": "$:/language/Docs/ModuleTypes/macro",
"text": "JavaScript macro definitions."
},
"$:/language/Docs/ModuleTypes/parser": {
"title": "$:/language/Docs/ModuleTypes/parser",
"text": "Parsers for different content types."
},
"$:/language/Docs/ModuleTypes/saver": {
"title": "$:/language/Docs/ModuleTypes/saver",
"text": "Savers handle different methods for saving files from the browser."
},
"$:/language/Docs/ModuleTypes/startup": {
"title": "$:/language/Docs/ModuleTypes/startup",
"text": "Startup functions."
},
"$:/language/Docs/ModuleTypes/storyview": {
"title": "$:/language/Docs/ModuleTypes/storyview",
"text": "Story views customise the animation and behaviour of list widgets."
},
"$:/language/Docs/ModuleTypes/texteditoroperation": {
"title": "$:/language/Docs/ModuleTypes/texteditoroperation",
"text": "A text editor toolbar operation."
},
"$:/language/Docs/ModuleTypes/tiddlerdeserializer": {
"title": "$:/language/Docs/ModuleTypes/tiddlerdeserializer",
"text": "Converts different content types into tiddlers."
},
"$:/language/Docs/ModuleTypes/tiddlerfield": {
"title": "$:/language/Docs/ModuleTypes/tiddlerfield",
"text": "Defines the behaviour of an individual tiddler field."
},
"$:/language/Docs/ModuleTypes/tiddlermethod": {
"title": "$:/language/Docs/ModuleTypes/tiddlermethod",
"text": "Adds methods to the `$tw.Tiddler` prototype."
},
"$:/language/Docs/ModuleTypes/upgrader": {
"title": "$:/language/Docs/ModuleTypes/upgrader",
"text": "Applies upgrade processing to tiddlers during an upgrade/import."
},
"$:/language/Docs/ModuleTypes/utils": {
"title": "$:/language/Docs/ModuleTypes/utils",
"text": "Adds methods to `$tw.utils`."
},
"$:/language/Docs/ModuleTypes/utils-node": {
"title": "$:/language/Docs/ModuleTypes/utils-node",
"text": "Adds Node.js-specific methods to `$tw.utils`."
},
"$:/language/Docs/ModuleTypes/widget": {
"title": "$:/language/Docs/ModuleTypes/widget",
"text": "Widgets encapsulate DOM rendering and refreshing."
},
"$:/language/Docs/ModuleTypes/wikimethod": {
"title": "$:/language/Docs/ModuleTypes/wikimethod",
"text": "Adds methods to `$tw.Wiki`."
},
"$:/language/Docs/ModuleTypes/wikirule": {
"title": "$:/language/Docs/ModuleTypes/wikirule",
"text": "Individual parser rules for the main WikiText parser."
},
"$:/language/Docs/PaletteColours/alert-background": {
"title": "$:/language/Docs/PaletteColours/alert-background",
"text": "Alert background"
},
"$:/language/Docs/PaletteColours/alert-border": {
"title": "$:/language/Docs/PaletteColours/alert-border",
"text": "Alert border"
},
"$:/language/Docs/PaletteColours/alert-highlight": {
"title": "$:/language/Docs/PaletteColours/alert-highlight",
"text": "Alert highlight"
},
"$:/language/Docs/PaletteColours/alert-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/alert-muted-foreground",
"text": "Alert muted foreground"
},
"$:/language/Docs/PaletteColours/background": {
"title": "$:/language/Docs/PaletteColours/background",
"text": "General background"
},
"$:/language/Docs/PaletteColours/blockquote-bar": {
"title": "$:/language/Docs/PaletteColours/blockquote-bar",
"text": "Blockquote bar"
},
"$:/language/Docs/PaletteColours/button-background": {
"title": "$:/language/Docs/PaletteColours/button-background",
"text": "Default button background"
},
"$:/language/Docs/PaletteColours/button-border": {
"title": "$:/language/Docs/PaletteColours/button-border",
"text": "Default button border"
},
"$:/language/Docs/PaletteColours/button-foreground": {
"title": "$:/language/Docs/PaletteColours/button-foreground",
"text": "Default button foreground"
},
"$:/language/Docs/PaletteColours/dirty-indicator": {
"title": "$:/language/Docs/PaletteColours/dirty-indicator",
"text": "Unsaved changes indicator"
},
"$:/language/Docs/PaletteColours/code-background": {
"title": "$:/language/Docs/PaletteColours/code-background",
"text": "Code background"
},
"$:/language/Docs/PaletteColours/code-border": {
"title": "$:/language/Docs/PaletteColours/code-border",
"text": "Code border"
},
"$:/language/Docs/PaletteColours/code-foreground": {
"title": "$:/language/Docs/PaletteColours/code-foreground",
"text": "Code foreground"
},
"$:/language/Docs/PaletteColours/download-background": {
"title": "$:/language/Docs/PaletteColours/download-background",
"text": "Download button background"
},
"$:/language/Docs/PaletteColours/download-foreground": {
"title": "$:/language/Docs/PaletteColours/download-foreground",
"text": "Download button foreground"
},
"$:/language/Docs/PaletteColours/dragger-background": {
"title": "$:/language/Docs/PaletteColours/dragger-background",
"text": "Dragger background"
},
"$:/language/Docs/PaletteColours/dragger-foreground": {
"title": "$:/language/Docs/PaletteColours/dragger-foreground",
"text": "Dragger foreground"
},
"$:/language/Docs/PaletteColours/dropdown-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-background",
"text": "Dropdown background"
},
"$:/language/Docs/PaletteColours/dropdown-border": {
"title": "$:/language/Docs/PaletteColours/dropdown-border",
"text": "Dropdown border"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background-selected",
"text": "Dropdown tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background",
"text": "Dropdown tab background"
},
"$:/language/Docs/PaletteColours/dropzone-background": {
"title": "$:/language/Docs/PaletteColours/dropzone-background",
"text": "Dropzone background"
},
"$:/language/Docs/PaletteColours/external-link-background-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-background-hover",
"text": "External link background hover"
},
"$:/language/Docs/PaletteColours/external-link-background-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-background-visited",
"text": "External link background visited"
},
"$:/language/Docs/PaletteColours/external-link-background": {
"title": "$:/language/Docs/PaletteColours/external-link-background",
"text": "External link background"
},
"$:/language/Docs/PaletteColours/external-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-hover",
"text": "External link foreground hover"
},
"$:/language/Docs/PaletteColours/external-link-foreground-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-visited",
"text": "External link foreground visited"
},
"$:/language/Docs/PaletteColours/external-link-foreground": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground",
"text": "External link foreground"
},
"$:/language/Docs/PaletteColours/foreground": {
"title": "$:/language/Docs/PaletteColours/foreground",
"text": "General foreground"
},
"$:/language/Docs/PaletteColours/message-background": {
"title": "$:/language/Docs/PaletteColours/message-background",
"text": "Message box background"
},
"$:/language/Docs/PaletteColours/message-border": {
"title": "$:/language/Docs/PaletteColours/message-border",
"text": "Message box border"
},
"$:/language/Docs/PaletteColours/message-foreground": {
"title": "$:/language/Docs/PaletteColours/message-foreground",
"text": "Message box foreground"
},
"$:/language/Docs/PaletteColours/modal-backdrop": {
"title": "$:/language/Docs/PaletteColours/modal-backdrop",
"text": "Modal backdrop"
},
"$:/language/Docs/PaletteColours/modal-background": {
"title": "$:/language/Docs/PaletteColours/modal-background",
"text": "Modal background"
},
"$:/language/Docs/PaletteColours/modal-border": {
"title": "$:/language/Docs/PaletteColours/modal-border",
"text": "Modal border"
},
"$:/language/Docs/PaletteColours/modal-footer-background": {
"title": "$:/language/Docs/PaletteColours/modal-footer-background",
"text": "Modal footer background"
},
"$:/language/Docs/PaletteColours/modal-footer-border": {
"title": "$:/language/Docs/PaletteColours/modal-footer-border",
"text": "Modal footer border"
},
"$:/language/Docs/PaletteColours/modal-header-border": {
"title": "$:/language/Docs/PaletteColours/modal-header-border",
"text": "Modal header border"
},
"$:/language/Docs/PaletteColours/muted-foreground": {
"title": "$:/language/Docs/PaletteColours/muted-foreground",
"text": "General muted foreground"
},
"$:/language/Docs/PaletteColours/notification-background": {
"title": "$:/language/Docs/PaletteColours/notification-background",
"text": "Notification background"
},
"$:/language/Docs/PaletteColours/notification-border": {
"title": "$:/language/Docs/PaletteColours/notification-border",
"text": "Notification border"
},
"$:/language/Docs/PaletteColours/page-background": {
"title": "$:/language/Docs/PaletteColours/page-background",
"text": "Page background"
},
"$:/language/Docs/PaletteColours/pre-background": {
"title": "$:/language/Docs/PaletteColours/pre-background",
"text": "Preformatted code background"
},
"$:/language/Docs/PaletteColours/pre-border": {
"title": "$:/language/Docs/PaletteColours/pre-border",
"text": "Preformatted code border"
},
"$:/language/Docs/PaletteColours/primary": {
"title": "$:/language/Docs/PaletteColours/primary",
"text": "General primary"
},
"$:/language/Docs/PaletteColours/sidebar-button-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-button-foreground",
"text": "Sidebar button foreground"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover",
"text": "Sidebar controls foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground",
"text": "Sidebar controls foreground"
},
"$:/language/Docs/PaletteColours/sidebar-foreground-shadow": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground-shadow",
"text": "Sidebar foreground shadow"
},
"$:/language/Docs/PaletteColours/sidebar-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground",
"text": "Sidebar foreground"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover",
"text": "Sidebar muted foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground",
"text": "Sidebar muted foreground"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background-selected",
"text": "Sidebar tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background",
"text": "Sidebar tab background"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border-selected",
"text": "Sidebar tab border for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border",
"text": "Sidebar tab border"
},
"$:/language/Docs/PaletteColours/sidebar-tab-divider": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-divider",
"text": "Sidebar tab divider"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected",
"text": "Sidebar tab foreground for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground",
"text": "Sidebar tab foreground"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover",
"text": "Sidebar tiddler link foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground",
"text": "Sidebar tiddler link foreground"
},
"$:/language/Docs/PaletteColours/site-title-foreground": {
"title": "$:/language/Docs/PaletteColours/site-title-foreground",
"text": "Site title foreground"
},
"$:/language/Docs/PaletteColours/static-alert-foreground": {
"title": "$:/language/Docs/PaletteColours/static-alert-foreground",
"text": "Static alert foreground"
},
"$:/language/Docs/PaletteColours/tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/tab-background-selected",
"text": "Tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-background": {
"title": "$:/language/Docs/PaletteColours/tab-background",
"text": "Tab background"
},
"$:/language/Docs/PaletteColours/tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/tab-border-selected",
"text": "Tab border for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-border": {
"title": "$:/language/Docs/PaletteColours/tab-border",
"text": "Tab border"
},
"$:/language/Docs/PaletteColours/tab-divider": {
"title": "$:/language/Docs/PaletteColours/tab-divider",
"text": "Tab divider"
},
"$:/language/Docs/PaletteColours/tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tab-foreground-selected",
"text": "Tab foreground for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-foreground": {
"title": "$:/language/Docs/PaletteColours/tab-foreground",
"text": "Tab foreground"
},
"$:/language/Docs/PaletteColours/table-border": {
"title": "$:/language/Docs/PaletteColours/table-border",
"text": "Table border"
},
"$:/language/Docs/PaletteColours/table-footer-background": {
"title": "$:/language/Docs/PaletteColours/table-footer-background",
"text": "Table footer background"
},
"$:/language/Docs/PaletteColours/table-header-background": {
"title": "$:/language/Docs/PaletteColours/table-header-background",
"text": "Table header background"
},
"$:/language/Docs/PaletteColours/tag-background": {
"title": "$:/language/Docs/PaletteColours/tag-background",
"text": "Tag background"
},
"$:/language/Docs/PaletteColours/tag-foreground": {
"title": "$:/language/Docs/PaletteColours/tag-foreground",
"text": "Tag foreground"
},
"$:/language/Docs/PaletteColours/tiddler-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-background",
"text": "Tiddler background"
},
"$:/language/Docs/PaletteColours/tiddler-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-border",
"text": "Tiddler border"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover",
"text": "Tiddler controls foreground hover"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected",
"text": "Tiddler controls foreground for selected controls"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground",
"text": "Tiddler controls foreground"
},
"$:/language/Docs/PaletteColours/tiddler-editor-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-background",
"text": "Tiddler editor background"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border-image": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border-image",
"text": "Tiddler editor border image"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border",
"text": "Tiddler editor border"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-even": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-even",
"text": "Tiddler editor background for even fields"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-odd": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-odd",
"text": "Tiddler editor background for odd fields"
},
"$:/language/Docs/PaletteColours/tiddler-info-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-background",
"text": "Tiddler info panel background"
},
"$:/language/Docs/PaletteColours/tiddler-info-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-border",
"text": "Tiddler info panel border"
},
"$:/language/Docs/PaletteColours/tiddler-info-tab-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-tab-background",
"text": "Tiddler info panel tab background"
},
"$:/language/Docs/PaletteColours/tiddler-link-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-background",
"text": "Tiddler link background"
},
"$:/language/Docs/PaletteColours/tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-foreground",
"text": "Tiddler link foreground"
},
"$:/language/Docs/PaletteColours/tiddler-subtitle-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-subtitle-foreground",
"text": "Tiddler subtitle foreground"
},
"$:/language/Docs/PaletteColours/tiddler-title-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-title-foreground",
"text": "Tiddler title foreground"
},
"$:/language/Docs/PaletteColours/toolbar-new-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-new-button",
"text": "Toolbar 'new tiddler' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-options-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-options-button",
"text": "Toolbar 'options' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-save-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-save-button",
"text": "Toolbar 'save' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-info-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-info-button",
"text": "Toolbar 'info' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-edit-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-edit-button",
"text": "Toolbar 'edit' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-close-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-close-button",
"text": "Toolbar 'close' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-delete-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-delete-button",
"text": "Toolbar 'delete' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-cancel-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-cancel-button",
"text": "Toolbar 'cancel' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-done-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-done-button",
"text": "Toolbar 'done' button foreground"
},
"$:/language/Docs/PaletteColours/untagged-background": {
"title": "$:/language/Docs/PaletteColours/untagged-background",
"text": "Untagged pill background"
},
"$:/language/Docs/PaletteColours/very-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/very-muted-foreground",
"text": "Very muted foreground"
},
"$:/language/EditTemplate/Body/External/Hint": {
"title": "$:/language/EditTemplate/Body/External/Hint",
"text": "This is an external tiddler stored outside of the main TiddlyWiki file. You can edit the tags and fields but cannot directly edit the content itself"
},
"$:/language/EditTemplate/Body/Placeholder": {
"title": "$:/language/EditTemplate/Body/Placeholder",
"text": "Type the text for this tiddler"
},
"$:/language/EditTemplate/Body/Preview/Type/Output": {
"title": "$:/language/EditTemplate/Body/Preview/Type/Output",
"text": "output"
},
"$:/language/EditTemplate/Field/Remove/Caption": {
"title": "$:/language/EditTemplate/Field/Remove/Caption",
"text": "remove field"
},
"$:/language/EditTemplate/Field/Remove/Hint": {
"title": "$:/language/EditTemplate/Field/Remove/Hint",
"text": "Remove field"
},
"$:/language/EditTemplate/Fields/Add/Button": {
"title": "$:/language/EditTemplate/Fields/Add/Button",
"text": "add"
},
"$:/language/EditTemplate/Fields/Add/Name/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Name/Placeholder",
"text": "field name"
},
"$:/language/EditTemplate/Fields/Add/Prompt": {
"title": "$:/language/EditTemplate/Fields/Add/Prompt",
"text": "Add a new field:"
},
"$:/language/EditTemplate/Fields/Add/Value/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Value/Placeholder",
"text": "field value"
},
"$:/language/EditTemplate/Fields/Add/Dropdown/System": {
"title": "$:/language/EditTemplate/Fields/Add/Dropdown/System",
"text": "System fields"
},
"$:/language/EditTemplate/Fields/Add/Dropdown/User": {
"title": "$:/language/EditTemplate/Fields/Add/Dropdown/User",
"text": "User fields"
},
"$:/language/EditTemplate/Shadow/Warning": {
"title": "$:/language/EditTemplate/Shadow/Warning",
"text": "This is a shadow tiddler. Any changes you make will override the default version from the plugin <<pluginLink>>"
},
"$:/language/EditTemplate/Shadow/OverriddenWarning": {
"title": "$:/language/EditTemplate/Shadow/OverriddenWarning",
"text": "This is a modified shadow tiddler. You can revert to the default version in the plugin <<pluginLink>> by deleting this tiddler"
},
"$:/language/EditTemplate/Tags/Add/Button": {
"title": "$:/language/EditTemplate/Tags/Add/Button",
"text": "add"
},
"$:/language/EditTemplate/Tags/Add/Placeholder": {
"title": "$:/language/EditTemplate/Tags/Add/Placeholder",
"text": "tag name"
},
"$:/language/EditTemplate/Tags/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Caption",
"text": "tag list"
},
"$:/language/EditTemplate/Tags/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Hint",
"text": "Show tag list"
},
"$:/language/EditTemplate/Title/BadCharacterWarning": {
"title": "$:/language/EditTemplate/Title/BadCharacterWarning",
"text": "Warning: avoid using any of the characters <<bad-chars>> in tiddler titles"
},
"$:/language/EditTemplate/Title/Exists/Prompt": {
"title": "$:/language/EditTemplate/Title/Exists/Prompt",
"text": "Target tiddler already exists"
},
"$:/language/EditTemplate/Title/Relink/Prompt": {
"title": "$:/language/EditTemplate/Title/Relink/Prompt",
"text": "Update ''<$text text=<<fromTitle>>/>'' to ''<$text text=<<toTitle>>/>'' in the //tags// and //list// fields of other tiddlers"
},
"$:/language/EditTemplate/Type/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Type/Dropdown/Caption",
"text": "content type list"
},
"$:/language/EditTemplate/Type/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Type/Dropdown/Hint",
"text": "Show content type list"
},
"$:/language/EditTemplate/Type/Delete/Caption": {
"title": "$:/language/EditTemplate/Type/Delete/Caption",
"text": "delete content type"
},
"$:/language/EditTemplate/Type/Delete/Hint": {
"title": "$:/language/EditTemplate/Type/Delete/Hint",
"text": "Delete content type"
},
"$:/language/EditTemplate/Type/Placeholder": {
"title": "$:/language/EditTemplate/Type/Placeholder",
"text": "content type"
},
"$:/language/EditTemplate/Type/Prompt": {
"title": "$:/language/EditTemplate/Type/Prompt",
"text": "Type:"
},
"$:/language/Exporters/StaticRiver": {
"title": "$:/language/Exporters/StaticRiver",
"text": "Static HTML"
},
"$:/language/Exporters/JsonFile": {
"title": "$:/language/Exporters/JsonFile",
"text": "JSON file"
},
"$:/language/Exporters/CsvFile": {
"title": "$:/language/Exporters/CsvFile",
"text": "CSV file"
},
"$:/language/Exporters/TidFile": {
"title": "$:/language/Exporters/TidFile",
"text": "\".tid\" file"
},
"$:/language/Docs/Fields/_canonical_uri": {
"title": "$:/language/Docs/Fields/_canonical_uri",
"text": "The full URI of an external image tiddler"
},
"$:/language/Docs/Fields/bag": {
"title": "$:/language/Docs/Fields/bag",
"text": "The name of the bag from which a tiddler came"
},
"$:/language/Docs/Fields/caption": {
"title": "$:/language/Docs/Fields/caption",
"text": "The text to be displayed on a tab or button"
},
"$:/language/Docs/Fields/color": {
"title": "$:/language/Docs/Fields/color",
"text": "The CSS color value associated with a tiddler"
},
"$:/language/Docs/Fields/component": {
"title": "$:/language/Docs/Fields/component",
"text": "The name of the component responsible for an [[alert tiddler|AlertMechanism]]"
},
"$:/language/Docs/Fields/current-tiddler": {
"title": "$:/language/Docs/Fields/current-tiddler",
"text": "Used to cache the top tiddler in a [[history list|HistoryMechanism]]"
},
"$:/language/Docs/Fields/created": {
"title": "$:/language/Docs/Fields/created",
"text": "The date a tiddler was created"
},
"$:/language/Docs/Fields/creator": {
"title": "$:/language/Docs/Fields/creator",
"text": "The name of the person who created a tiddler"
},
"$:/language/Docs/Fields/dependents": {
"title": "$:/language/Docs/Fields/dependents",
"text": "For a plugin, lists the dependent plugin titles"
},
"$:/language/Docs/Fields/description": {
"title": "$:/language/Docs/Fields/description",
"text": "The descriptive text for a plugin, or a modal dialogue"
},
"$:/language/Docs/Fields/draft.of": {
"title": "$:/language/Docs/Fields/draft.of",
"text": "For draft tiddlers, contains the title of the tiddler of which this is a draft"
},
"$:/language/Docs/Fields/draft.title": {
"title": "$:/language/Docs/Fields/draft.title",
"text": "For draft tiddlers, contains the proposed new title of the tiddler"
},
"$:/language/Docs/Fields/footer": {
"title": "$:/language/Docs/Fields/footer",
"text": "The footer text for a wizard"
},
"$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against": {
"title": "$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against",
"text": "A temporary storage field used in [[$:/core/templates/static.content]]"
},
"$:/language/Docs/Fields/icon": {
"title": "$:/language/Docs/Fields/icon",
"text": "The title of the tiddler containing the icon associated with a tiddler"
},
"$:/language/Docs/Fields/library": {
"title": "$:/language/Docs/Fields/library",
"text": "If set to \"yes\" indicates that a tiddler should be saved as a JavaScript library"
},
"$:/language/Docs/Fields/list": {
"title": "$:/language/Docs/Fields/list",
"text": "An ordered list of tiddler titles associated with a tiddler"
},
"$:/language/Docs/Fields/list-before": {
"title": "$:/language/Docs/Fields/list-before",
"text": "If set, the title of a tiddler before which this tiddler should be added to the ordered list of tiddler titles, or at the start of the list if this field is present but empty"
},
"$:/language/Docs/Fields/list-after": {
"title": "$:/language/Docs/Fields/list-after",
"text": "If set, the title of the tiddler after which this tiddler should be added to the ordered list of tiddler titles"
},
"$:/language/Docs/Fields/modified": {
"title": "$:/language/Docs/Fields/modified",
"text": "The date and time at which a tiddler was last modified"
},
"$:/language/Docs/Fields/modifier": {
"title": "$:/language/Docs/Fields/modifier",
"text": "The tiddler title associated with the person who last modified a tiddler"
},
"$:/language/Docs/Fields/name": {
"title": "$:/language/Docs/Fields/name",
"text": "The human readable name associated with a plugin tiddler"
},
"$:/language/Docs/Fields/plugin-priority": {
"title": "$:/language/Docs/Fields/plugin-priority",
"text": "A numerical value indicating the priority of a plugin tiddler"
},
"$:/language/Docs/Fields/plugin-type": {
"title": "$:/language/Docs/Fields/plugin-type",
"text": "The type of plugin in a plugin tiddler"
},
"$:/language/Docs/Fields/revision": {
"title": "$:/language/Docs/Fields/revision",
"text": "The revision of the tiddler held at the server"
},
"$:/language/Docs/Fields/released": {
"title": "$:/language/Docs/Fields/released",
"text": "Date of a TiddlyWiki release"
},
"$:/language/Docs/Fields/source": {
"title": "$:/language/Docs/Fields/source",
"text": "The source URL associated with a tiddler"
},
"$:/language/Docs/Fields/subtitle": {
"title": "$:/language/Docs/Fields/subtitle",
"text": "The subtitle text for a wizard"
},
"$:/language/Docs/Fields/tags": {
"title": "$:/language/Docs/Fields/tags",
"text": "A list of tags associated with a tiddler"
},
"$:/language/Docs/Fields/text": {
"title": "$:/language/Docs/Fields/text",
"text": "The body text of a tiddler"
},
"$:/language/Docs/Fields/title": {
"title": "$:/language/Docs/Fields/title",
"text": "The unique name of a tiddler"
},
"$:/language/Docs/Fields/type": {
"title": "$:/language/Docs/Fields/type",
"text": "The content type of a tiddler"
},
"$:/language/Docs/Fields/version": {
"title": "$:/language/Docs/Fields/version",
"text": "Version information for a plugin"
},
"$:/language/Filters/AllTiddlers": {
"title": "$:/language/Filters/AllTiddlers",
"text": "All tiddlers except system tiddlers"
},
"$:/language/Filters/RecentSystemTiddlers": {
"title": "$:/language/Filters/RecentSystemTiddlers",
"text": "Recently modified tiddlers, including system tiddlers"
},
"$:/language/Filters/RecentTiddlers": {
"title": "$:/language/Filters/RecentTiddlers",
"text": "Recently modified tiddlers"
},
"$:/language/Filters/AllTags": {
"title": "$:/language/Filters/AllTags",
"text": "All tags except system tags"
},
"$:/language/Filters/Missing": {
"title": "$:/language/Filters/Missing",
"text": "Missing tiddlers"
},
"$:/language/Filters/Drafts": {
"title": "$:/language/Filters/Drafts",
"text": "Draft tiddlers"
},
"$:/language/Filters/Orphans": {
"title": "$:/language/Filters/Orphans",
"text": "Orphan tiddlers"
},
"$:/language/Filters/SystemTiddlers": {
"title": "$:/language/Filters/SystemTiddlers",
"text": "System tiddlers"
},
"$:/language/Filters/ShadowTiddlers": {
"title": "$:/language/Filters/ShadowTiddlers",
"text": "Shadow tiddlers"
},
"$:/language/Filters/OverriddenShadowTiddlers": {
"title": "$:/language/Filters/OverriddenShadowTiddlers",
"text": "Overridden shadow tiddlers"
},
"$:/language/Filters/SystemTags": {
"title": "$:/language/Filters/SystemTags",
"text": "System tags"
},
"$:/language/Filters/StoryList": {
"title": "$:/language/Filters/StoryList",
"text": "Tiddlers in the story river, excluding <$text text=\"$:/AdvancedSearch\"/>"
},
"$:/language/Filters/TypedTiddlers": {
"title": "$:/language/Filters/TypedTiddlers",
"text": "Non wiki-text tiddlers"
},
"GettingStarted": {
"title": "GettingStarted",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\nWelcome to ~TiddlyWiki and the ~TiddlyWiki community\n\nBefore you start storing important information in ~TiddlyWiki it is important to make sure that you can reliably save changes. See http://tiddlywiki.com/#GettingStarted for details\n\n!! Set up this ~TiddlyWiki\n\n<div class=\"tc-control-panel\">\n\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n</div>\n\nSee the [[control panel|$:/ControlPanel]] for more options.\n"
},
"$:/language/Help/build": {
"title": "$:/language/Help/build",
"description": "Automatically run configured commands",
"text": "Build the specified build targets for the current wiki. If no build targets are specified then all available targets will be built.\n\n```\n--build <target> [<target> ...]\n```\n\nBuild targets are defined in the `tiddlywiki.info` file of a wiki folder.\n\n"
},
"$:/language/Help/clearpassword": {
"title": "$:/language/Help/clearpassword",
"description": "Clear a password for subsequent crypto operations",
"text": "Clear the password for subsequent crypto operations\n\n```\n--clearpassword\n```\n"
},
"$:/language/Help/default": {
"title": "$:/language/Help/default",
"text": "\\define commandTitle()\n$:/language/Help/$(command)$\n\\end\n```\nusage: tiddlywiki [<wikifolder>] [--<command> [<args>...]...]\n```\n\nAvailable commands:\n\n<ul>\n<$list filter=\"[commands[]sort[title]]\" variable=\"command\">\n<li><$link to=<<commandTitle>>><$macrocall $name=\"command\" $type=\"text/plain\" $output=\"text/plain\"/></$link>: <$transclude tiddler=<<commandTitle>> field=\"description\"/></li>\n</$list>\n</ul>\n\nTo get detailed help on a command:\n\n```\ntiddlywiki --help <command>\n```\n"
},
"$:/language/Help/editions": {
"title": "$:/language/Help/editions",
"description": "Lists the available editions of TiddlyWiki",
"text": "Lists the names and descriptions of the available editions. You can create a new wiki of a specified edition with the `--init` command.\n\n```\n--editions\n```\n"
},
"$:/language/Help/fetch": {
"title": "$:/language/Help/fetch",
"description": "Fetch tiddlers from wiki by URL",
"text": "Fetch one or more files over HTTP/HTTPS, and import the tiddlers matching a filter, optionally transforming the incoming titles.\n\n```\n--fetch file <url> <import-filter> <transform-filter>\n--fetch files <url-filter> <import-filter> <transform-filter>\n```\n\nWith the \"file\" variant only a single file is fetched and the first parameter is the URL of the file to read.\n\nWith the \"files\" variant, multiple files are fetched and the first parameter is a filter yielding a list of URLs of the files to read. For example, given a set of tiddlers tagged \"remote-server\" that have a field \"url\" the filter `[tag[remote-server]get[url]]` will retrieve all the available URLs.\n\nThe `<import-filter>` parameter specifies a filter determining which tiddlers are imported. It defaults to `[all[tiddlers]]` if not provided.\n\nThe `<transform-filter>` parameter specifies an optional filter that transforms the titles of the imported tiddlers. For example, `[addprefix[$:/myimports/]]` would add the prefix `$:/myimports/` to each title.\n\nPreceding the `--fetch` command with `--verbose` will output progress information during the import.\n\nNote that TiddlyWiki will not fetch an older version of an already loaded plugin.\n\nThe following example retrieves all the non-system tiddlers from http://tiddlywiki.com and saves them to a JSON file:\n\n```\ntiddlywiki --verbose --fetch file \"http://tiddlywiki.com/\" \"[!is[system]]\" \"\" --rendertiddler \"$:/core/templates/exporters/JsonFile\" output.json text/plain \"\" exportFilter \"[!is[system]]\"\n```\n\n"
},
"$:/language/Help/help": {
"title": "$:/language/Help/help",
"description": "Display help for TiddlyWiki commands",
"text": "Displays help text for a command:\n\n```\n--help [<command>]\n```\n\nIf the command name is omitted then a list of available commands is displayed.\n"
},
"$:/language/Help/init": {
"title": "$:/language/Help/init",
"description": "Initialise a new wiki folder",
"text": "Initialise an empty [[WikiFolder|WikiFolders]] with a copy of the specified edition.\n\n```\n--init <edition> [<edition> ...]\n```\n\nFor example:\n\n```\ntiddlywiki ./MyWikiFolder --init empty\n```\n\nNote:\n\n* The wiki folder directory will be created if necessary\n* The \"edition\" defaults to ''empty''\n* The init command will fail if the wiki folder is not empty\n* The init command removes any `includeWikis` definitions in the edition's `tiddlywiki.info` file\n* When multiple editions are specified, editions initialised later will overwrite any files shared with earlier editions (so, the final `tiddlywiki.info` file will be copied from the last edition)\n* `--editions` returns a list of available editions\n"
},
"$:/language/Help/load": {
"title": "$:/language/Help/load",
"description": "Load tiddlers from a file",
"text": "Load tiddlers from 2.x.x TiddlyWiki files (`.html`), `.tiddler`, `.tid`, `.json` or other files\n\n```\n--load <filepath>\n```\n\nTo load tiddlers from an encrypted TiddlyWiki file you should first specify the password with the PasswordCommand. For example:\n\n```\ntiddlywiki ./MyWiki --password pa55w0rd --load my_encrypted_wiki.html\n```\n\nNote that TiddlyWiki will not load an older version of an already loaded plugin.\n"
},
"$:/language/Help/makelibrary": {
"title": "$:/language/Help/makelibrary",
"description": "Construct library plugin required by upgrade process",
"text": "Constructs the `$:/UpgradeLibrary` tiddler for the upgrade process.\n\nThe upgrade library is formatted as an ordinary plugin tiddler with the plugin type `library`. It contains a copy of each of the plugins, themes and language packs available within the TiddlyWiki5 repository.\n\nThis command is intended for internal use; it is only relevant to users constructing a custom upgrade procedure.\n\n```\n--makelibrary <title>\n```\n\nThe title argument defaults to `$:/UpgradeLibrary`.\n"
},
"$:/language/Help/notfound": {
"title": "$:/language/Help/notfound",
"text": "No such help item"
},
"$:/language/Help/output": {
"title": "$:/language/Help/output",
"description": "Set the base output directory for subsequent commands",
"text": "Sets the base output directory for subsequent commands. The default output directory is the `output` subdirectory of the edition directory.\n\n```\n--output <pathname>\n```\n\nIf the specified pathname is relative then it is resolved relative to the current working directory. For example `--output .` sets the output directory to the current working directory.\n\n"
},
"$:/language/Help/password": {
"title": "$:/language/Help/password",
"description": "Set a password for subsequent crypto operations",
"text": "Set a password for subsequent crypto operations\n\n```\n--password <password>\n```\n\n''Note'': This should not be used for serving TiddlyWiki with password protection. Instead, see the password option under the [[ServerCommand]].\n"
},
"$:/language/Help/rendertiddler": {
"title": "$:/language/Help/rendertiddler",
"description": "Render an individual tiddler as a specified ContentType",
"text": "Render an individual tiddler as a specified ContentType, defaulting to `text/html` and save it to the specified filename.\n\nOptionally the title of a template tiddler can be specified, in which case the template tiddler is rendered with the \"currentTiddler\" variable set to the tiddler that is being rendered (the first parameter value).\n\nA name and value for an additional variable may optionally also be specified.\n\n```\n--rendertiddler <title> <filename> [<type>] [<template>] [<name>] [<value>]\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n\nFor example, the following command saves all tiddlers matching the filter `[tag[done]]` to a JSON file titled `output.json` by employing the core template `$:/core/templates/exporters/JsonFile`.\n\n```\n--rendertiddler \"$:/core/templates/exporters/JsonFile\" output.json text/plain \"\" exportFilter \"[tag[done]]\"\n```\n"
},
"$:/language/Help/rendertiddlers": {
"title": "$:/language/Help/rendertiddlers",
"description": "Render tiddlers matching a filter to a specified ContentType",
"text": "Render a set of tiddlers matching a filter to separate files of a specified ContentType (defaults to `text/html`) and extension (defaults to `.html`).\n\n```\n--rendertiddlers <filter> <template> <pathname> [<type>] [<extension>] [\"noclean\"]\n```\n\nFor example:\n\n```\n--rendertiddlers [!is[system]] $:/core/templates/static.tiddler.html ./static text/plain\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny files in the target directory are deleted unless the ''noclean'' flag is specified. The target directory is recursively created if it is missing.\n"
},
"$:/language/Help/savetiddler": {
"title": "$:/language/Help/savetiddler",
"description": "Saves a raw tiddler to a file",
"text": "Saves an individual tiddler in its raw text or binary format to the specified filename.\n\n```\n--savetiddler <title> <filename>\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n"
},
"$:/language/Help/savetiddlers": {
"title": "$:/language/Help/savetiddlers",
"description": "Saves a group of raw tiddlers to a directory",
"text": "Saves a group of tiddlers in their raw text or binary format to the specified directory.\n\n```\n--savetiddlers <filter> <pathname> [\"noclean\"]\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nThe output directory is cleared of existing files before saving the specified files. The deletion can be disabled by specifying the ''noclean'' flag.\n\nAny missing directories in the pathname are automatically created.\n"
},
"$:/language/Help/server": {
"title": "$:/language/Help/server",
"description": "Provides an HTTP server interface to TiddlyWiki",
"text": "The server built in to TiddlyWiki5 is very simple. Although compatible with TiddlyWeb it doesn't support many of the features needed for robust Internet-facing usage.\n\nAt the root, it serves a rendering of a specified tiddler. Away from the root, it serves individual tiddlers encoded in JSON, and supports the basic HTTP operations for `GET`, `PUT` and `DELETE`.\n\n```\n--server <port> <roottiddler> <rendertype> <servetype> <username> <password> <host> <pathprefix>\n```\n\nThe parameters are:\n\n* ''port'' - port number to serve from (defaults to \"8080\")\n* ''roottiddler'' - the tiddler to serve at the root (defaults to \"$:/core/save/all\")\n* ''rendertype'' - the content type to which the root tiddler should be rendered (defaults to \"text/plain\")\n* ''servetype'' - the content type with which the root tiddler should be served (defaults to \"text/html\")\n* ''username'' - the default username for signing edits\n* ''password'' - optional password for basic authentication\n* ''host'' - optional hostname to serve from (defaults to \"127.0.0.1\" aka \"localhost\")\n* ''pathprefix'' - optional prefix for paths\n\nIf the password parameter is specified then the browser will prompt the user for the username and password. Note that the password is transmitted in plain text so this implementation isn't suitable for general use.\n\nFor example:\n\n```\n--server 8080 $:/core/save/all text/plain text/html MyUserName passw0rd\n```\n\nThe username and password can be specified as empty strings if you need to set the hostname or pathprefix and don't want to require a password:\n\n```\n--server 8080 $:/core/save/all text/plain text/html \"\" \"\" 192.168.0.245\n```\n\nTo run multiple TiddlyWiki servers at the same time you'll need to put each one on a different port.\n"
},
"$:/language/Help/setfield": {
"title": "$:/language/Help/setfield",
"description": "Prepares external tiddlers for use",
"text": "//Note that this command is experimental and may change or be replaced before being finalised//\n\nSets the specified field of a group of tiddlers to the result of wikifying a template tiddler with the `currentTiddler` variable set to the tiddler.\n\n```\n--setfield <filter> <fieldname> <templatetitle> <rendertype>\n```\n\nThe parameters are:\n\n* ''filter'' - filter identifying the tiddlers to be affected\n* ''fieldname'' - the field to modify (defaults to \"text\")\n* ''templatetitle'' - the tiddler to wikify into the specified field. If blank or missing then the specified field is deleted\n* ''rendertype'' - the text type to render (defaults to \"text/plain\"; \"text/html\" can be used to include HTML tags)\n"
},
"$:/language/Help/unpackplugin": {
"title": "$:/language/Help/unpackplugin",
"description": "Unpack the payload tiddlers from a plugin",
"text": "Extract the payload tiddlers from a plugin, creating them as ordinary tiddlers:\n\n```\n--unpackplugin <title>\n```\n"
},
"$:/language/Help/verbose": {
"title": "$:/language/Help/verbose",
"description": "Triggers verbose output mode",
"text": "Triggers verbose output, useful for debugging\n\n```\n--verbose\n```\n"
},
"$:/language/Help/version": {
"title": "$:/language/Help/version",
"description": "Displays the version number of TiddlyWiki",
"text": "Displays the version number of TiddlyWiki.\n\n```\n--version\n```\n"
},
"$:/language/Import/Imported/Hint": {
"title": "$:/language/Import/Imported/Hint",
"text": "The following tiddlers were imported:"
},
"$:/language/Import/Listing/Cancel/Caption": {
"title": "$:/language/Import/Listing/Cancel/Caption",
"text": "Cancel"
},
"$:/language/Import/Listing/Hint": {
"title": "$:/language/Import/Listing/Hint",
"text": "These tiddlers are ready to import:"
},
"$:/language/Import/Listing/Import/Caption": {
"title": "$:/language/Import/Listing/Import/Caption",
"text": "Import"
},
"$:/language/Import/Listing/Select/Caption": {
"title": "$:/language/Import/Listing/Select/Caption",
"text": "Select"
},
"$:/language/Import/Listing/Status/Caption": {
"title": "$:/language/Import/Listing/Status/Caption",
"text": "Status"
},
"$:/language/Import/Listing/Title/Caption": {
"title": "$:/language/Import/Listing/Title/Caption",
"text": "Title"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible",
"text": "Blocked incompatible or obsolete plugin"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Version": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Version",
"text": "Blocked plugin (due to incoming <<incoming>> being older than existing <<existing>>)"
},
"$:/language/Import/Upgrader/Plugins/Upgraded": {
"title": "$:/language/Import/Upgrader/Plugins/Upgraded",
"text": "Upgraded plugin from <<incoming>> to <<upgraded>>"
},
"$:/language/Import/Upgrader/State/Suppressed": {
"title": "$:/language/Import/Upgrader/State/Suppressed",
"text": "Blocked temporary state tiddler"
},
"$:/language/Import/Upgrader/System/Suppressed": {
"title": "$:/language/Import/Upgrader/System/Suppressed",
"text": "Blocked system tiddler"
},
"$:/language/Import/Upgrader/ThemeTweaks/Created": {
"title": "$:/language/Import/Upgrader/ThemeTweaks/Created",
"text": "Migrated theme tweak from <$text text=<<from>>/>"
},
"$:/language/AboveStory/ClassicPlugin/Warning": {
"title": "$:/language/AboveStory/ClassicPlugin/Warning",
"text": "It looks like you are trying to load a plugin designed for ~TiddlyWiki Classic. Please note that [[these plugins do not work with TiddlyWiki version 5.x.x|http://tiddlywiki.com/#TiddlyWikiClassic]]. ~TiddlyWiki Classic plugins detected:"
},
"$:/language/BinaryWarning/Prompt": {
"title": "$:/language/BinaryWarning/Prompt",
"text": "This tiddler contains binary data"
},
"$:/language/ClassicWarning/Hint": {
"title": "$:/language/ClassicWarning/Hint",
"text": "This tiddler is written in TiddlyWiki Classic wiki text format, which is not fully compatible with TiddlyWiki version 5. See http://tiddlywiki.com/static/Upgrading.html for more details."
},
"$:/language/ClassicWarning/Upgrade/Caption": {
"title": "$:/language/ClassicWarning/Upgrade/Caption",
"text": "upgrade"
},
"$:/language/CloseAll/Button": {
"title": "$:/language/CloseAll/Button",
"text": "close all"
},
"$:/language/ColourPicker/Recent": {
"title": "$:/language/ColourPicker/Recent",
"text": "Recent:"
},
"$:/language/ConfirmCancelTiddler": {
"title": "$:/language/ConfirmCancelTiddler",
"text": "Do you wish to discard changes to the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmDeleteTiddler": {
"title": "$:/language/ConfirmDeleteTiddler",
"text": "Do you wish to delete the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmOverwriteTiddler": {
"title": "$:/language/ConfirmOverwriteTiddler",
"text": "Do you wish to overwrite the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmEditShadowTiddler": {
"title": "$:/language/ConfirmEditShadowTiddler",
"text": "You are about to edit a ShadowTiddler. Any changes will override the default system making future upgrades non-trivial. Are you sure you want to edit \"<$text text=<<title>>/>\"?"
},
"$:/language/Count": {
"title": "$:/language/Count",
"text": "count"
},
"$:/language/DefaultNewTiddlerTitle": {
"title": "$:/language/DefaultNewTiddlerTitle",
"text": "New Tiddler"
},
"$:/language/DropMessage": {
"title": "$:/language/DropMessage",
"text": "Drop here (or use the 'Escape' key to cancel)"
},
"$:/language/Encryption/Cancel": {
"title": "$:/language/Encryption/Cancel",
"text": "Cancel"
},
"$:/language/Encryption/ConfirmClearPassword": {
"title": "$:/language/Encryption/ConfirmClearPassword",
"text": "Do you wish to clear the password? This will remove the encryption applied when saving this wiki"
},
"$:/language/Encryption/PromptSetPassword": {
"title": "$:/language/Encryption/PromptSetPassword",
"text": "Set a new password for this TiddlyWiki"
},
"$:/language/Encryption/Username": {
"title": "$:/language/Encryption/Username",
"text": "Username"
},
"$:/language/Encryption/Password": {
"title": "$:/language/Encryption/Password",
"text": "Password"
},
"$:/language/Encryption/RepeatPassword": {
"title": "$:/language/Encryption/RepeatPassword",
"text": "Repeat password"
},
"$:/language/Encryption/PasswordNoMatch": {
"title": "$:/language/Encryption/PasswordNoMatch",
"text": "Passwords do not match"
},
"$:/language/Encryption/SetPassword": {
"title": "$:/language/Encryption/SetPassword",
"text": "Set password"
},
"$:/language/Error/Caption": {
"title": "$:/language/Error/Caption",
"text": "Error"
},
"$:/language/Error/EditConflict": {
"title": "$:/language/Error/EditConflict",
"text": "File changed on server"
},
"$:/language/Error/Filter": {
"title": "$:/language/Error/Filter",
"text": "Filter error"
},
"$:/language/Error/FilterSyntax": {
"title": "$:/language/Error/FilterSyntax",
"text": "Syntax error in filter expression"
},
"$:/language/Error/IsFilterOperator": {
"title": "$:/language/Error/IsFilterOperator",
"text": "Filter Error: Unknown operand for the 'is' filter operator"
},
"$:/language/Error/LoadingPluginLibrary": {
"title": "$:/language/Error/LoadingPluginLibrary",
"text": "Error loading plugin library"
},
"$:/language/Error/RecursiveTransclusion": {
"title": "$:/language/Error/RecursiveTransclusion",
"text": "Recursive transclusion error in transclude widget"
},
"$:/language/Error/RetrievingSkinny": {
"title": "$:/language/Error/RetrievingSkinny",
"text": "Error retrieving skinny tiddler list"
},
"$:/language/Error/SavingToTWEdit": {
"title": "$:/language/Error/SavingToTWEdit",
"text": "Error saving to TWEdit"
},
"$:/language/Error/WhileSaving": {
"title": "$:/language/Error/WhileSaving",
"text": "Error while saving"
},
"$:/language/Error/XMLHttpRequest": {
"title": "$:/language/Error/XMLHttpRequest",
"text": "XMLHttpRequest error code"
},
"$:/language/InternalJavaScriptError/Title": {
"title": "$:/language/InternalJavaScriptError/Title",
"text": "Internal JavaScript Error"
},
"$:/language/InternalJavaScriptError/Hint": {
"title": "$:/language/InternalJavaScriptError/Hint",
"text": "Well, this is embarrassing. It is recommended that you restart TiddlyWiki by refreshing your browser"
},
"$:/language/InvalidFieldName": {
"title": "$:/language/InvalidFieldName",
"text": "Illegal characters in field name \"<$text text=<<fieldName>>/>\". Fields can only contain lowercase letters, digits and the characters underscore (`_`), hyphen (`-`) and period (`.`)"
},
"$:/language/LazyLoadingWarning": {
"title": "$:/language/LazyLoadingWarning",
"text": "<p>Loading external text from ''<$text text={{!!_canonical_uri}}/>''</p><p>If this message doesn't disappear you may be using a browser that doesn't support external text in this configuration. See http://tiddlywiki.com/#ExternalText</p>"
},
"$:/language/LoginToTiddlySpace": {
"title": "$:/language/LoginToTiddlySpace",
"text": "Login to TiddlySpace"
},
"$:/language/Manager/Controls/FilterByTag/None": {
"title": "$:/language/Manager/Controls/FilterByTag/None",
"text": "(none)"
},
"$:/language/Manager/Controls/FilterByTag/Prompt": {
"title": "$:/language/Manager/Controls/FilterByTag/Prompt",
"text": "Filter by tag:"
},
"$:/language/Manager/Controls/Order/Prompt": {
"title": "$:/language/Manager/Controls/Order/Prompt",
"text": "Reverse order"
},
"$:/language/Manager/Controls/Search/Placeholder": {
"title": "$:/language/Manager/Controls/Search/Placeholder",
"text": "Search"
},
"$:/language/Manager/Controls/Search/Prompt": {
"title": "$:/language/Manager/Controls/Search/Prompt",
"text": "Search:"
},
"$:/language/Manager/Controls/Show/Option/Tags": {
"title": "$:/language/Manager/Controls/Show/Option/Tags",
"text": "tags"
},
"$:/language/Manager/Controls/Show/Option/Tiddlers": {
"title": "$:/language/Manager/Controls/Show/Option/Tiddlers",
"text": "tiddlers"
},
"$:/language/Manager/Controls/Show/Prompt": {
"title": "$:/language/Manager/Controls/Show/Prompt",
"text": "Show:"
},
"$:/language/Manager/Controls/Sort/Prompt": {
"title": "$:/language/Manager/Controls/Sort/Prompt",
"text": "Sort by:"
},
"$:/language/Manager/Item/Colour": {
"title": "$:/language/Manager/Item/Colour",
"text": "Colour"
},
"$:/language/Manager/Item/Fields": {
"title": "$:/language/Manager/Item/Fields",
"text": "Fields"
},
"$:/language/Manager/Item/Icon/None": {
"title": "$:/language/Manager/Item/Icon/None",
"text": "(none)"
},
"$:/language/Manager/Item/Icon": {
"title": "$:/language/Manager/Item/Icon",
"text": "Icon"
},
"$:/language/Manager/Item/RawText": {
"title": "$:/language/Manager/Item/RawText",
"text": "Raw text"
},
"$:/language/Manager/Item/Tags": {
"title": "$:/language/Manager/Item/Tags",
"text": "Tags"
},
"$:/language/Manager/Item/Tools": {
"title": "$:/language/Manager/Item/Tools",
"text": "Tools"
},
"$:/language/Manager/Item/WikifiedText": {
"title": "$:/language/Manager/Item/WikifiedText",
"text": "Wikified text"
},
"$:/language/MissingTiddler/Hint": {
"title": "$:/language/MissingTiddler/Hint",
"text": "Missing tiddler \"<$text text=<<currentTiddler>>/>\" - click {{$:/core/images/edit-button}} to create"
},
"$:/language/No": {
"title": "$:/language/No",
"text": "No"
},
"$:/language/OfficialPluginLibrary": {
"title": "$:/language/OfficialPluginLibrary",
"text": "Official ~TiddlyWiki Plugin Library"
},
"$:/language/OfficialPluginLibrary/Hint": {
"title": "$:/language/OfficialPluginLibrary/Hint",
"text": "The official ~TiddlyWiki plugin library at tiddlywiki.com. Plugins, themes and language packs are maintained by the core team."
},
"$:/language/PluginReloadWarning": {
"title": "$:/language/PluginReloadWarning",
"text": "Please save {{$:/core/ui/Buttons/save-wiki}} and reload {{$:/core/ui/Buttons/refresh}} to allow changes to plugins to take effect"
},
"$:/language/RecentChanges/DateFormat": {
"title": "$:/language/RecentChanges/DateFormat",
"text": "DDth MMM YYYY"
},
"$:/language/SystemTiddler/Tooltip": {
"title": "$:/language/SystemTiddler/Tooltip",
"text": "This is a system tiddler"
},
"$:/language/SystemTiddlers/Include/Prompt": {
"title": "$:/language/SystemTiddlers/Include/Prompt",
"text": "Include system tiddlers"
},
"$:/language/TagManager/Colour/Heading": {
"title": "$:/language/TagManager/Colour/Heading",
"text": "Colour"
},
"$:/language/TagManager/Count/Heading": {
"title": "$:/language/TagManager/Count/Heading",
"text": "Count"
},
"$:/language/TagManager/Icon/Heading": {
"title": "$:/language/TagManager/Icon/Heading",
"text": "Icon"
},
"$:/language/TagManager/Info/Heading": {
"title": "$:/language/TagManager/Info/Heading",
"text": "Info"
},
"$:/language/TagManager/Tag/Heading": {
"title": "$:/language/TagManager/Tag/Heading",
"text": "Tag"
},
"$:/language/Tiddler/DateFormat": {
"title": "$:/language/Tiddler/DateFormat",
"text": "DDth MMM YYYY at hh12:0mmam"
},
"$:/language/UnsavedChangesWarning": {
"title": "$:/language/UnsavedChangesWarning",
"text": "You have unsaved changes in TiddlyWiki"
},
"$:/language/Yes": {
"title": "$:/language/Yes",
"text": "Yes"
},
"$:/language/Modals/Download": {
"title": "$:/language/Modals/Download",
"type": "text/vnd.tiddlywiki",
"subtitle": "Download changes",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "http://tiddlywiki.com/static/DownloadingChanges.html",
"text": "Your browser only supports manual saving.\n\nTo save your modified wiki, right click on the download link below and select \"Download file\" or \"Save file\", and then choose the folder and filename.\n\n//You can marginally speed things up by clicking the link with the control key (Windows) or the options/alt key (Mac OS X). You will not be prompted for the folder or filename, but your browser is likely to give it an unrecognisable name -- you may need to rename the file to include an `.html` extension before you can do anything useful with it.//\n\nOn smartphones that do not allow files to be downloaded you can instead bookmark the link, and then sync your bookmarks to a desktop computer from where the wiki can be saved normally.\n"
},
"$:/language/Modals/SaveInstructions": {
"title": "$:/language/Modals/SaveInstructions",
"type": "text/vnd.tiddlywiki",
"subtitle": "Save your work",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "http://tiddlywiki.com/static/SavingChanges.html",
"text": "Your changes to this wiki need to be saved as a ~TiddlyWiki HTML file.\n\n!!! Desktop browsers\n\n# Select ''Save As'' from the ''File'' menu\n# Choose a filename and location\n#* Some browsers also require you to explicitly specify the file saving format as ''Webpage, HTML only'' or similar\n# Close this tab\n\n!!! Smartphone browsers\n\n# Create a bookmark to this page\n#* If you've got iCloud or Google Sync set up then the bookmark will automatically sync to your desktop where you can open it and save it as above\n# Close this tab\n\n//If you open the bookmark again in Mobile Safari you will see this message again. If you want to go ahead and use the file, just click the ''close'' button below//\n"
},
"$:/config/NewJournal/Title": {
"title": "$:/config/NewJournal/Title",
"text": "DDth MMM YYYY"
},
"$:/config/NewJournal/Text": {
"title": "$:/config/NewJournal/Text",
"text": ""
},
"$:/config/NewJournal/Tags": {
"title": "$:/config/NewJournal/Tags",
"text": "Journal"
},
"$:/language/Notifications/Save/Done": {
"title": "$:/language/Notifications/Save/Done",
"text": "Saved wiki"
},
"$:/language/Notifications/Save/Starting": {
"title": "$:/language/Notifications/Save/Starting",
"text": "Starting to save wiki"
},
"$:/language/Search/DefaultResults/Caption": {
"title": "$:/language/Search/DefaultResults/Caption",
"text": "List"
},
"$:/language/Search/Filter/Caption": {
"title": "$:/language/Search/Filter/Caption",
"text": "Filter"
},
"$:/language/Search/Filter/Hint": {
"title": "$:/language/Search/Filter/Hint",
"text": "Search via a [[filter expression|http://tiddlywiki.com/static/Filters.html]]"
},
"$:/language/Search/Filter/Matches": {
"title": "$:/language/Search/Filter/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Matches": {
"title": "$:/language/Search/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Matches/All": {
"title": "$:/language/Search/Matches/All",
"text": "All matches:"
},
"$:/language/Search/Matches/Title": {
"title": "$:/language/Search/Matches/Title",
"text": "Title matches:"
},
"$:/language/Search/Search": {
"title": "$:/language/Search/Search",
"text": "Search"
},
"$:/language/Search/Search/TooShort": {
"title": "$:/language/Search/Search/TooShort",
"text": "Search text too short"
},
"$:/language/Search/Shadows/Caption": {
"title": "$:/language/Search/Shadows/Caption",
"text": "Shadows"
},
"$:/language/Search/Shadows/Hint": {
"title": "$:/language/Search/Shadows/Hint",
"text": "Search for shadow tiddlers"
},
"$:/language/Search/Shadows/Matches": {
"title": "$:/language/Search/Shadows/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Standard/Caption": {
"title": "$:/language/Search/Standard/Caption",
"text": "Standard"
},
"$:/language/Search/Standard/Hint": {
"title": "$:/language/Search/Standard/Hint",
"text": "Search for standard tiddlers"
},
"$:/language/Search/Standard/Matches": {
"title": "$:/language/Search/Standard/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/System/Caption": {
"title": "$:/language/Search/System/Caption",
"text": "System"
},
"$:/language/Search/System/Hint": {
"title": "$:/language/Search/System/Hint",
"text": "Search for system tiddlers"
},
"$:/language/Search/System/Matches": {
"title": "$:/language/Search/System/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/SideBar/All/Caption": {
"title": "$:/language/SideBar/All/Caption",
"text": "All"
},
"$:/language/SideBar/Contents/Caption": {
"title": "$:/language/SideBar/Contents/Caption",
"text": "Contents"
},
"$:/language/SideBar/Drafts/Caption": {
"title": "$:/language/SideBar/Drafts/Caption",
"text": "Drafts"
},
"$:/language/SideBar/Missing/Caption": {
"title": "$:/language/SideBar/Missing/Caption",
"text": "Missing"
},
"$:/language/SideBar/More/Caption": {
"title": "$:/language/SideBar/More/Caption",
"text": "More"
},
"$:/language/SideBar/Open/Caption": {
"title": "$:/language/SideBar/Open/Caption",
"text": "Open"
},
"$:/language/SideBar/Orphans/Caption": {
"title": "$:/language/SideBar/Orphans/Caption",
"text": "Orphans"
},
"$:/language/SideBar/Recent/Caption": {
"title": "$:/language/SideBar/Recent/Caption",
"text": "Recent"
},
"$:/language/SideBar/Shadows/Caption": {
"title": "$:/language/SideBar/Shadows/Caption",
"text": "Shadows"
},
"$:/language/SideBar/System/Caption": {
"title": "$:/language/SideBar/System/Caption",
"text": "System"
},
"$:/language/SideBar/Tags/Caption": {
"title": "$:/language/SideBar/Tags/Caption",
"text": "Tags"
},
"$:/language/SideBar/Tags/Untagged/Caption": {
"title": "$:/language/SideBar/Tags/Untagged/Caption",
"text": "untagged"
},
"$:/language/SideBar/Tools/Caption": {
"title": "$:/language/SideBar/Tools/Caption",
"text": "Tools"
},
"$:/language/SideBar/Types/Caption": {
"title": "$:/language/SideBar/Types/Caption",
"text": "Types"
},
"$:/SiteSubtitle": {
"title": "$:/SiteSubtitle",
"text": "a non-linear personal web notebook"
},
"$:/SiteTitle": {
"title": "$:/SiteTitle",
"text": "My ~TiddlyWiki"
},
"$:/language/Snippets/ListByTag": {
"title": "$:/language/Snippets/ListByTag",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "List of tiddlers by tag",
"text": "<<list-links \"[tag[task]sort[title]]\">>\n"
},
"$:/language/Snippets/MacroDefinition": {
"title": "$:/language/Snippets/MacroDefinition",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "Macro definition",
"text": "\\define macroName(param1:\"default value\",param2)\nText of the macro\n\\end\n"
},
"$:/language/Snippets/Table4x3": {
"title": "$:/language/Snippets/Table4x3",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "Table with 4 columns by 3 rows",
"text": "|! |!Alpha |!Beta |!Gamma |!Delta |\n|!One | | | | |\n|!Two | | | | |\n|!Three | | | | |\n"
},
"$:/language/Snippets/TableOfContents": {
"title": "$:/language/Snippets/TableOfContents",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "Table of Contents",
"text": "<div class=\"tc-table-of-contents\">\n\n<<toc-selective-expandable 'TableOfContents'>>\n\n</div>"
},
"$:/language/ThemeTweaks/ThemeTweaks": {
"title": "$:/language/ThemeTweaks/ThemeTweaks",
"text": "Theme Tweaks"
},
"$:/language/ThemeTweaks/ThemeTweaks/Hint": {
"title": "$:/language/ThemeTweaks/ThemeTweaks/Hint",
"text": "You can tweak certain aspects of the ''Vanilla'' theme."
},
"$:/language/ThemeTweaks/Options": {
"title": "$:/language/ThemeTweaks/Options",
"text": "Options"
},
"$:/language/ThemeTweaks/Options/SidebarLayout": {
"title": "$:/language/ThemeTweaks/Options/SidebarLayout",
"text": "Sidebar layout"
},
"$:/language/ThemeTweaks/Options/SidebarLayout/Fixed-Fluid": {
"title": "$:/language/ThemeTweaks/Options/SidebarLayout/Fixed-Fluid",
"text": "Fixed story, fluid sidebar"
},
"$:/language/ThemeTweaks/Options/SidebarLayout/Fluid-Fixed": {
"title": "$:/language/ThemeTweaks/Options/SidebarLayout/Fluid-Fixed",
"text": "Fluid story, fixed sidebar"
},
"$:/language/ThemeTweaks/Options/StickyTitles": {
"title": "$:/language/ThemeTweaks/Options/StickyTitles",
"text": "Sticky titles"
},
"$:/language/ThemeTweaks/Options/StickyTitles/Hint": {
"title": "$:/language/ThemeTweaks/Options/StickyTitles/Hint",
"text": "Causes tiddler titles to \"stick\" to the top of the browser window. Caution: Does not work at all with Chrome, and causes some layout issues in Firefox"
},
"$:/language/ThemeTweaks/Options/CodeWrapping": {
"title": "$:/language/ThemeTweaks/Options/CodeWrapping",
"text": "Wrap long lines in code blocks"
},
"$:/language/ThemeTweaks/Settings": {
"title": "$:/language/ThemeTweaks/Settings",
"text": "Settings"
},
"$:/language/ThemeTweaks/Settings/FontFamily": {
"title": "$:/language/ThemeTweaks/Settings/FontFamily",
"text": "Font family"
},
"$:/language/ThemeTweaks/Settings/CodeFontFamily": {
"title": "$:/language/ThemeTweaks/Settings/CodeFontFamily",
"text": "Code font family"
},
"$:/language/ThemeTweaks/Settings/BackgroundImage": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImage",
"text": "Page background image"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageAttachment": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment",
"text": "Page background image attachment"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Scroll": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Scroll",
"text": "Scroll with tiddlers"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Fixed": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Fixed",
"text": "Fixed to window"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize",
"text": "Page background image size"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize/Auto": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Auto",
"text": "Auto"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize/Cover": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Cover",
"text": "Cover"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize/Contain": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Contain",
"text": "Contain"
},
"$:/language/ThemeTweaks/Metrics": {
"title": "$:/language/ThemeTweaks/Metrics",
"text": "Sizes"
},
"$:/language/ThemeTweaks/Metrics/FontSize": {
"title": "$:/language/ThemeTweaks/Metrics/FontSize",
"text": "Font size"
},
"$:/language/ThemeTweaks/Metrics/LineHeight": {
"title": "$:/language/ThemeTweaks/Metrics/LineHeight",
"text": "Line height"
},
"$:/language/ThemeTweaks/Metrics/BodyFontSize": {
"title": "$:/language/ThemeTweaks/Metrics/BodyFontSize",
"text": "Font size for tiddler body"
},
"$:/language/ThemeTweaks/Metrics/BodyLineHeight": {
"title": "$:/language/ThemeTweaks/Metrics/BodyLineHeight",
"text": "Line height for tiddler body"
},
"$:/language/ThemeTweaks/Metrics/StoryLeft": {
"title": "$:/language/ThemeTweaks/Metrics/StoryLeft",
"text": "Story left position"
},
"$:/language/ThemeTweaks/Metrics/StoryLeft/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryLeft/Hint",
"text": "how far the left margin of the story river<br>(tiddler area) is from the left of the page"
},
"$:/language/ThemeTweaks/Metrics/StoryTop": {
"title": "$:/language/ThemeTweaks/Metrics/StoryTop",
"text": "Story top position"
},
"$:/language/ThemeTweaks/Metrics/StoryTop/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryTop/Hint",
"text": "how far the top margin of the story river<br>is from the top of the page"
},
"$:/language/ThemeTweaks/Metrics/StoryRight": {
"title": "$:/language/ThemeTweaks/Metrics/StoryRight",
"text": "Story right"
},
"$:/language/ThemeTweaks/Metrics/StoryRight/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryRight/Hint",
"text": "how far the left margin of the sidebar <br>is from the left of the page"
},
"$:/language/ThemeTweaks/Metrics/StoryWidth": {
"title": "$:/language/ThemeTweaks/Metrics/StoryWidth",
"text": "Story width"
},
"$:/language/ThemeTweaks/Metrics/StoryWidth/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryWidth/Hint",
"text": "the overall width of the story river"
},
"$:/language/ThemeTweaks/Metrics/TiddlerWidth": {
"title": "$:/language/ThemeTweaks/Metrics/TiddlerWidth",
"text": "Tiddler width"
},
"$:/language/ThemeTweaks/Metrics/TiddlerWidth/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/TiddlerWidth/Hint",
"text": "within the story river"
},
"$:/language/ThemeTweaks/Metrics/SidebarBreakpoint": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint",
"text": "Sidebar breakpoint"
},
"$:/language/ThemeTweaks/Metrics/SidebarBreakpoint/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint/Hint",
"text": "the minimum page width at which the story<br>river and sidebar will appear side by side"
},
"$:/language/ThemeTweaks/Metrics/SidebarWidth": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarWidth",
"text": "Sidebar width"
},
"$:/language/ThemeTweaks/Metrics/SidebarWidth/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarWidth/Hint",
"text": "the width of the sidebar in fluid-fixed layout"
},
"$:/language/TiddlerInfo/Advanced/Caption": {
"title": "$:/language/TiddlerInfo/Advanced/Caption",
"text": "Advanced"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint",
"text": "none"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Heading",
"text": "Plugin Details"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Hint",
"text": "This plugin contains the following shadow tiddlers:"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading",
"text": "Shadow Status"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint",
"text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is not a shadow tiddler"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint",
"text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is a shadow tiddler"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source",
"text": "It is defined in the plugin <$link to=<<pluginTiddler>>><$text text=<<pluginTiddler>>/></$link>"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint",
"text": "It is overridden by an ordinary tiddler"
},
"$:/language/TiddlerInfo/Fields/Caption": {
"title": "$:/language/TiddlerInfo/Fields/Caption",
"text": "Fields"
},
"$:/language/TiddlerInfo/List/Caption": {
"title": "$:/language/TiddlerInfo/List/Caption",
"text": "List"
},
"$:/language/TiddlerInfo/List/Empty": {
"title": "$:/language/TiddlerInfo/List/Empty",
"text": "This tiddler does not have a list"
},
"$:/language/TiddlerInfo/Listed/Caption": {
"title": "$:/language/TiddlerInfo/Listed/Caption",
"text": "Listed"
},
"$:/language/TiddlerInfo/Listed/Empty": {
"title": "$:/language/TiddlerInfo/Listed/Empty",
"text": "This tiddler is not listed by any others"
},
"$:/language/TiddlerInfo/References/Caption": {
"title": "$:/language/TiddlerInfo/References/Caption",
"text": "References"
},
"$:/language/TiddlerInfo/References/Empty": {
"title": "$:/language/TiddlerInfo/References/Empty",
"text": "No tiddlers link to this one"
},
"$:/language/TiddlerInfo/Tagging/Caption": {
"title": "$:/language/TiddlerInfo/Tagging/Caption",
"text": "Tagging"
},
"$:/language/TiddlerInfo/Tagging/Empty": {
"title": "$:/language/TiddlerInfo/Tagging/Empty",
"text": "No tiddlers are tagged with this one"
},
"$:/language/TiddlerInfo/Tools/Caption": {
"title": "$:/language/TiddlerInfo/Tools/Caption",
"text": "Tools"
},
"$:/language/Docs/Types/application/javascript": {
"title": "$:/language/Docs/Types/application/javascript",
"description": "JavaScript code",
"name": "application/javascript",
"group": "Developer",
"group-sort": "2"
},
"$:/language/Docs/Types/application/json": {
"title": "$:/language/Docs/Types/application/json",
"description": "JSON data",
"name": "application/json",
"group": "Developer",
"group-sort": "2"
},
"$:/language/Docs/Types/application/x-tiddler-dictionary": {
"title": "$:/language/Docs/Types/application/x-tiddler-dictionary",
"description": "Data dictionary",
"name": "application/x-tiddler-dictionary",
"group": "Developer",
"group-sort": "2"
},
"$:/language/Docs/Types/image/gif": {
"title": "$:/language/Docs/Types/image/gif",
"description": "GIF image",
"name": "image/gif",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/image/jpeg": {
"title": "$:/language/Docs/Types/image/jpeg",
"description": "JPEG image",
"name": "image/jpeg",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/image/png": {
"title": "$:/language/Docs/Types/image/png",
"description": "PNG image",
"name": "image/png",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/image/svg+xml": {
"title": "$:/language/Docs/Types/image/svg+xml",
"description": "Structured Vector Graphics image",
"name": "image/svg+xml",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/image/x-icon": {
"title": "$:/language/Docs/Types/image/x-icon",
"description": "ICO format icon file",
"name": "image/x-icon",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/text/css": {
"title": "$:/language/Docs/Types/text/css",
"description": "Static stylesheet",
"name": "text/css",
"group": "Developer",
"group-sort": "2"
},
"$:/language/Docs/Types/text/html": {
"title": "$:/language/Docs/Types/text/html",
"description": "HTML markup",
"name": "text/html",
"group": "Text",
"group-sort": "0"
},
"$:/language/Docs/Types/text/plain": {
"title": "$:/language/Docs/Types/text/plain",
"description": "Plain text",
"name": "text/plain",
"group": "Text",
"group-sort": "0"
},
"$:/language/Docs/Types/text/vnd.tiddlywiki": {
"title": "$:/language/Docs/Types/text/vnd.tiddlywiki",
"description": "TiddlyWiki 5",
"name": "text/vnd.tiddlywiki",
"group": "Text",
"group-sort": "0"
},
"$:/language/Docs/Types/text/x-tiddlywiki": {
"title": "$:/language/Docs/Types/text/x-tiddlywiki",
"description": "TiddlyWiki Classic",
"name": "text/x-tiddlywiki",
"group": "Text",
"group-sort": "0"
},
"$:/languages/en-GB/icon": {
"title": "$:/languages/en-GB/icon",
"type": "image/svg+xml",
"text": "<svg xmlns=\"http://www.w3.org/2000/svg\" viewBox=\"0 0 60 30\" width=\"1200\" height=\"600\">\n<clipPath id=\"t\">\n\t<path d=\"M30,15 h30 v15 z v15 h-30 z h-30 v-15 z v-15 h30 z\"/>\n</clipPath>\n<path d=\"M0,0 v30 h60 v-30 z\" fill=\"#00247d\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" stroke=\"#fff\" stroke-width=\"6\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" clip-path=\"url(#t)\" stroke=\"#cf142b\" stroke-width=\"4\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#fff\" stroke-width=\"10\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#cf142b\" stroke-width=\"6\"/>\n</svg>\n"
},
"$:/languages/en-GB": {
"title": "$:/languages/en-GB",
"name": "en-GB",
"description": "English (British)",
"author": "JeremyRuston",
"core-version": ">=5.0.0\"",
"text": "Stub pseudo-plugin for the default language"
},
"$:/core/modules/commander.js": {
"text": "/*\\\ntitle: $:/core/modules/commander.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Commander class is a command interpreter\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParse a sequence of commands\n\tcommandTokens: an array of command string tokens\n\twiki: reference to the wiki store object\n\tstreams: {output:, error:}, each of which has a write(string) method\n\tcallback: a callback invoked as callback(err) where err is null if there was no error\n*/\nvar Commander = function(commandTokens,callback,wiki,streams) {\n\tvar path = require(\"path\");\n\tthis.commandTokens = commandTokens;\n\tthis.nextToken = 0;\n\tthis.callback = callback;\n\tthis.wiki = wiki;\n\tthis.streams = streams;\n\tthis.outputPath = path.resolve($tw.boot.wikiPath,$tw.config.wikiOutputSubDir);\n};\n\n/*\nLog a string if verbose flag is set\n*/\nCommander.prototype.log = function(str) {\n\tif(this.verbose) {\n\t\tthis.streams.output.write(str + \"\\n\");\n\t}\n};\n\n/*\nWrite a string if verbose flag is set\n*/\nCommander.prototype.write = function(str) {\n\tif(this.verbose) {\n\t\tthis.streams.output.write(str);\n\t}\n};\n\n/*\nAdd a string of tokens to the command queue\n*/\nCommander.prototype.addCommandTokens = function(commandTokens) {\n\tvar params = commandTokens.slice(0);\n\tparams.unshift(0);\n\tparams.unshift(this.nextToken);\n\tArray.prototype.splice.apply(this.commandTokens,params);\n};\n\n/*\nExecute the sequence of commands and invoke a callback on completion\n*/\nCommander.prototype.execute = function() {\n\tthis.executeNextCommand();\n};\n\n/*\nExecute the next command in the sequence\n*/\nCommander.prototype.executeNextCommand = function() {\n\tvar self = this;\n\t// Invoke the callback if there are no more commands\n\tif(this.nextToken >= this.commandTokens.length) {\n\t\tthis.callback(null);\n\t} else {\n\t\t// Get and check the command token\n\t\tvar commandName = this.commandTokens[this.nextToken++];\n\t\tif(commandName.substr(0,2) !== \"--\") {\n\t\t\tthis.callback(\"Missing command: \" + commandName);\n\t\t} else {\n\t\t\tcommandName = commandName.substr(2); // Trim off the --\n\t\t\t// Accumulate the parameters to the command\n\t\t\tvar params = [];\n\t\t\twhile(this.nextToken < this.commandTokens.length && \n\t\t\t\tthis.commandTokens[this.nextToken].substr(0,2) !== \"--\") {\n\t\t\t\tparams.push(this.commandTokens[this.nextToken++]);\n\t\t\t}\n\t\t\t// Get the command info\n\t\t\tvar command = $tw.commands[commandName],\n\t\t\t\tc,err;\n\t\t\tif(!command) {\n\t\t\t\tthis.callback(\"Unknown command: \" + commandName);\n\t\t\t} else {\n\t\t\t\tif(this.verbose) {\n\t\t\t\t\tthis.streams.output.write(\"Executing command: \" + commandName + \" \" + params.join(\" \") + \"\\n\");\n\t\t\t\t}\n\t\t\t\tif(command.info.synchronous) {\n\t\t\t\t\t// Synchronous command\n\t\t\t\t\tc = new command.Command(params,this);\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tthis.executeNextCommand();\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\t// Asynchronous command\n\t\t\t\t\tc = new command.Command(params,this,function(err) {\n\t\t\t\t\t\tif(err) {\n\t\t\t\t\t\t\tself.callback(err);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tself.executeNextCommand();\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n};\n\nCommander.initCommands = function(moduleType) {\n\tmoduleType = moduleType || \"command\";\n\t$tw.commands = {};\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tvar c = $tw.commands[module.info.name] = {};\n\t\t// Add the methods defined by the module\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\tc[f] = module[f];\n\t\t\t}\n\t\t}\n\t});\n};\n\nexports.Commander = Commander;\n\n})();\n",
"title": "$:/core/modules/commander.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/commands/build.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/build.js\ntype: application/javascript\nmodule-type: command\n\nCommand to build a build target\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"build\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\t// Get the build targets defined in the wiki\n\tvar buildTargets = $tw.boot.wikiInfo.build;\n\tif(!buildTargets) {\n\t\treturn \"No build targets defined\";\n\t}\n\t// Loop through each of the specified targets\n\tvar targets;\n\tif(this.params.length > 0) {\n\t\ttargets = this.params;\n\t} else {\n\t\ttargets = Object.keys(buildTargets);\n\t}\n\tfor(var targetIndex=0; targetIndex<targets.length; targetIndex++) {\n\t\tvar target = targets[targetIndex],\n\t\t\tcommands = buildTargets[target];\n\t\tif(!commands) {\n\t\t\treturn \"Build target '\" + target + \"' not found\";\n\t\t}\n\t\t// Add the commands to the queue\n\t\tthis.commander.addCommandTokens(commands);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/build.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/clearpassword.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/clearpassword.js\ntype: application/javascript\nmodule-type: command\n\nClear password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"clearpassword\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\t$tw.crypto.setPassword(null);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/clearpassword.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/editions.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/editions.js\ntype: application/javascript\nmodule-type: command\n\nCommand to list the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"editions\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this;\n\t// Output the list\n\tthis.commander.streams.output.write(\"Available editions:\\n\\n\");\n\tvar editionInfo = $tw.utils.getEditionInfo();\n\t$tw.utils.each(editionInfo,function(info,name) {\n\t\tself.commander.streams.output.write(\" \" + name + \": \" + info.description + \"\\n\");\n\t});\n\tthis.commander.streams.output.write(\"\\n\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/editions.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/fetch.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/fetch.js\ntype: application/javascript\nmodule-type: command\n\nCommands to fetch external tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"fetch\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing subcommand and url\";\n\t}\n\tvar subcommand = this.params[0],\n\t\turl = this.params[1],\n\t\timportFilter = this.params[2] || \"[all[tiddlers]]\",\n\t\ttransformFilter = this.params[3] || \"\";\n\tswitch(subcommand) {\n\t\tcase \"file\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\turl: url,\n\t\t\t\timportFilter: importFilter,\n\t\t\t\ttransformFilter: transformFilter,\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t\tcase \"files\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\turlFilter: url,\n\t\t\t\timportFilter: importFilter,\n\t\t\t\ttransformFilter: transformFilter,\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t}\n\treturn null;\n};\n\nCommand.prototype.fetchFiles = function(options) {\n\tvar self = this;\n\t// Get the list of URLs\n\tvar urls;\n\tif(options.url) {\n\t\turls = [options.url]\n\t} else if(options.urlFilter) {\n\t\turls = $tw.wiki.filterTiddlers(options.urlFilter);\n\t} else {\n\t\treturn \"Missing URL\";\n\t}\n\t// Process each URL in turn\n\tvar next = 0;\n\tvar getNextFile = function(err) {\n\t\tif(err) {\n\t\t\treturn options.callback(err);\n\t\t}\n\t\tif(next < urls.length) {\n\t\t\tself.fetchFile(urls[next++],options,getNextFile);\n\t\t} else {\n\t\t\toptions.callback(null);\n\t\t}\n\t};\n\tgetNextFile(null);\n\t// Success\n\treturn null;\n};\n\nCommand.prototype.fetchFile = function(url,options,callback) {\n\tvar self = this,\n\t\tlib = url.substr(0,8) === \"https://\" ? require(\"https\") : require(\"http\");\n\tlib.get(url).on(\"response\",function(response) {\n\t var type = (response.headers[\"content-type\"] || \"\").split(\";\")[0],\n\t \tbody = \"\";\n\t self.commander.write(\"Reading \" + url + \": \");\n\t response.on(\"data\",function(chunk) {\n\t body += chunk;\n\t self.commander.write(\".\");\n\t });\n\t response.on(\"end\",function() {\n\t self.commander.write(\"\\n\");\n\t if(response.statusCode === 200) {\n\t\t self.processBody(body,type,options);\n\t\t callback(null);\n\t } else {\n\t \tcallback(\"Error \" + response.statusCode + \" retrieving \" + url)\n\t }\n\t \t});\n\t \tresponse.on(\"error\",function(e) {\n\t\t\tconsole.log(\"Error on GET request: \" + e);\n\t\t\tcallback(e);\n\t \t});\n\t});\n\treturn null;\n};\n\nCommand.prototype.processBody = function(body,type,options) {\n\t// Deserialise the HTML file and put the tiddlers in their own wiki\n\tvar self = this,\n\t\tincomingWiki = new $tw.Wiki(),\n\t\ttiddlers = this.commander.wiki.deserializeTiddlers(type || \"text/html\",body,{});\n\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\tincomingWiki.addTiddler(new $tw.Tiddler(tiddler));\n\t});\n\t// Filter the tiddlers to select the ones we want\n\tvar filteredTitles = incomingWiki.filterTiddlers(options.importFilter);\n\t// Import the selected tiddlers\n\tvar count = 0;\n\tincomingWiki.each(function(tiddler,title) {\n\t\tif(filteredTitles.indexOf(title) !== -1) {\n\t\t\tvar newTiddler;\n\t\t\tif(options.transformFilter) {\n\t\t\t\tvar transformedTitle = (incomingWiki.filterTiddlers(options.transformFilter,null,self.commander.wiki.makeTiddlerIterator([title])) || [\"\"])[0];\n\t\t\t\tif(transformedTitle) {\n\t\t\t\t\tself.commander.log(\"Importing \" + title + \" as \" + transformedTitle)\n\t\t\t\t\tnewTiddler = new $tw.Tiddler(tiddler,{title: transformedTitle});\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tself.commander.log(\"Importing \" + title)\n\t\t\t\tnewTiddler = tiddler;\n\t\t\t}\n\t\t\tself.commander.wiki.importTiddler(newTiddler);\n\t\t\tcount++;\n\t\t}\n\t});\n\tself.commander.log(\"Imported \" + count + \" tiddlers\")\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/fetch.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/help.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/help.js\ntype: application/javascript\nmodule-type: command\n\nHelp command\n\n\\*/\n(function(){\n\n/*jshint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"help\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar subhelp = this.params[0] || \"default\",\n\t\thelpBase = \"$:/language/Help/\",\n\t\ttext;\n\tif(!this.commander.wiki.getTiddler(helpBase + subhelp)) {\n\t\tsubhelp = \"notfound\";\n\t}\n\t// Wikify the help as formatted text (ie block elements generate newlines)\n\ttext = this.commander.wiki.renderTiddler(\"text/plain-formatted\",helpBase + subhelp);\n\t// Remove any leading linebreaks\n\ttext = text.replace(/^(\\r?\\n)*/g,\"\");\n\tthis.commander.streams.output.write(text);\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/help.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/init.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/init.js\ntype: application/javascript\nmodule-type: command\n\nCommand to initialise an empty wiki folder\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"init\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\t// Check that we don't already have a valid wiki folder\n\tif($tw.boot.wikiTiddlersPath || ($tw.utils.isDirectory($tw.boot.wikiPath) && !$tw.utils.isDirectoryEmpty($tw.boot.wikiPath))) {\n\t\treturn \"Wiki folder is not empty\";\n\t}\n\t// Loop through each of the specified editions\n\tvar editions = this.params.length > 0 ? this.params : [\"empty\"];\n\tfor(var editionIndex=0; editionIndex<editions.length; editionIndex++) {\n\t\tvar editionName = editions[editionIndex];\n\t\t// Check the edition exists\n\t\tvar editionPath = $tw.findLibraryItem(editionName,$tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar));\n\t\tif(!$tw.utils.isDirectory(editionPath)) {\n\t\t\treturn \"Edition '\" + editionName + \"' not found\";\n\t\t}\n\t\t// Copy the edition content\n\t\tvar err = $tw.utils.copyDirectory(editionPath,$tw.boot.wikiPath);\n\t\tif(!err) {\n\t\t\tthis.commander.streams.output.write(\"Copied edition '\" + editionName + \"' to \" + $tw.boot.wikiPath + \"\\n\");\n\t\t} else {\n\t\t\treturn err;\n\t\t}\n\t}\n\t// Tweak the tiddlywiki.info to remove any included wikis\n\tvar packagePath = $tw.boot.wikiPath + \"/tiddlywiki.info\",\n\t\tpackageJson = JSON.parse(fs.readFileSync(packagePath));\n\tdelete packageJson.includeWikis;\n\tfs.writeFileSync(packagePath,JSON.stringify(packageJson,null,$tw.config.preferences.jsonSpaces));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/init.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/load.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/load.js\ntype: application/javascript\nmodule-type: command\n\nCommand to load tiddlers from a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"load\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar ext = path.extname(self.params[0]),\n\t\tstat = fs.statSync(self.params[0]),\n\t\ttiddlers = $tw.loadTiddlersFromPath(self.params[0]),\n\t\tcount = 0;\n\t$tw.utils.each(tiddlers,function(tiddlerInfo) {\n\t\t$tw.utils.each(tiddlerInfo.tiddlers,function(tiddler) {\n\t\t\tself.commander.wiki.importTiddler(new $tw.Tiddler(tiddler));\n\t\t\tcount++;\n\t\t});\n\t});\n\tif(!count) {\n\t\tself.callback(\"No tiddlers found in file \\\"\" + self.params[0] + \"\\\"\");\n\t} else {\n\t\tself.callback(null);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/load.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/makelibrary.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/makelibrary.js\ntype: application/javascript\nmodule-type: command\n\nCommand to pack all of the plugins in the library into a plugin tiddler of type \"library\"\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"makelibrary\",\n\tsynchronous: true\n};\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar wiki = this.commander.wiki,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tupgradeLibraryTitle = this.params[0] || UPGRADE_LIBRARY_TITLE,\n\t\ttiddlers = {};\n\t// Collect up the library plugins\n\tvar collectPlugins = function(folder) {\n\t\t\tvar pluginFolders = fs.readdirSync(folder);\n\t\t\tfor(var p=0; p<pluginFolders.length; p++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(pluginFolders[p])) {\n\t\t\t\t\tpluginFields = $tw.loadPluginFolder(path.resolve(folder,\"./\" + pluginFolders[p]));\n\t\t\t\t\tif(pluginFields && pluginFields.title) {\n\t\t\t\t\t\ttiddlers[pluginFields.title] = pluginFields;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t},\n\t\tcollectPublisherPlugins = function(folder) {\n\t\t\tvar publisherFolders = fs.readdirSync(folder);\n\t\t\tfor(var t=0; t<publisherFolders.length; t++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(publisherFolders[t])) {\n\t\t\t\t\tcollectPlugins(path.resolve(folder,\"./\" + publisherFolders[t]));\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\tcollectPublisherPlugins(path.resolve($tw.boot.corePath,$tw.config.pluginsPath));\n\tcollectPublisherPlugins(path.resolve($tw.boot.corePath,$tw.config.themesPath));\n\tcollectPlugins(path.resolve($tw.boot.corePath,$tw.config.languagesPath));\n\t// Save the upgrade library tiddler\n\tvar pluginFields = {\n\t\ttitle: upgradeLibraryTitle,\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"library\",\n\t\t\"text\": JSON.stringify({tiddlers: tiddlers},null,$tw.config.preferences.jsonSpaces)\n\t};\n\twiki.addTiddler(new $tw.Tiddler(pluginFields));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/makelibrary.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/output.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/output.js\ntype: application/javascript\nmodule-type: command\n\nCommand to set the default output location (defaults to current working directory)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"output\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing output path\";\n\t}\n\tthis.commander.outputPath = path.resolve(process.cwd(),this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/output.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/password.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/password.js\ntype: application/javascript\nmodule-type: command\n\nSave password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"password\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing password\";\n\t}\n\t$tw.crypto.setPassword(this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/password.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/rendertiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/rendertiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render a tiddler and save it to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"rendertiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttype = this.params[2] || \"text/html\",\n\t\ttemplate = this.params[3],\n\t\tname = this.params[4],\n\t\tvalue = this.params[5],\n\t\tvariables = {};\n\t$tw.utils.createFileDirectories(filename);\n\tif(template) {\n\t\tvariables.currentTiddler = title;\n\t\ttitle = template;\n\t}\n\tif(name && value) {\n\t\tvariables[name] = value;\n\t}\n\tfs.writeFile(filename,this.commander.wiki.renderTiddler(type,title,{variables: variables}),\"utf8\",function(err) {\n\t\tself.callback(err);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/rendertiddler.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/rendertiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/rendertiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"rendertiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\ttemplate = this.params[1],\n\t\toutputPath = this.commander.outputPath,\n\t\tpathname = path.resolve(outputPath,this.params[2]),\t\t\n\t\ttype = this.params[3] || \"text/html\",\n\t\textension = this.params[4] || \".html\",\n\t\tdeleteDirectory = (this.params[5] || \"\").toLowerCase() !== \"noclean\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\tif(deleteDirectory) {\n\t\t$tw.utils.deleteDirectory(pathname);\n\t}\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(template),\n\t\t\twidgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}}),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\tvar text = type === \"text/html\" ? container.innerHTML : container.textContent,\n\t\t\texportPath = null;\n\t\tif($tw.utils.hop($tw.macros,\"tv-get-export-path\")) {\n\t\t\tvar macroPath = $tw.macros[\"tv-get-export-path\"].run.apply(self,[title]);\n\t\t\tif(macroPath) {\n\t\t\t\texportPath = path.resolve(outputPath,macroPath + extension);\n\t\t\t}\n\t\t}\n\t\tvar finalPath = exportPath || path.resolve(pathname,encodeURIComponent(title) + extension);\n\t\t$tw.utils.createFileDirectories(finalPath);\n\t\tfs.writeFileSync(finalPath,text,\"utf8\");\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/rendertiddlers.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savelibrarytiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/savelibrarytiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the subtiddlers of a bundle tiddler as a series of JSON files\n\n--savelibrarytiddlers <tiddler> <pathname> <skinnylisting>\n\nThe tiddler identifies the bundle tiddler that contains the subtiddlers.\n\nThe pathname specifies the pathname to the folder in which the JSON files should be saved. The filename is the URL encoded title of the subtiddler.\n\nThe skinnylisting specifies the title of the tiddler to which a JSON catalogue of the subtiddlers will be saved. The JSON file contains the same data as the bundle tiddler but with the `text` field removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savelibrarytiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tcontainerTitle = this.params[0],\n\t\tfilter = this.params[1],\n\t\tbasepath = this.params[2],\n\t\tskinnyListTitle = this.params[3];\n\t// Get the container tiddler as data\n\tvar containerData = self.commander.wiki.getTiddlerDataCached(containerTitle,undefined);\n\tif(!containerData) {\n\t\treturn \"'\" + containerTitle + \"' is not a tiddler bundle\";\n\t}\n\t// Filter the list of plugins\n\tvar pluginList = [];\n\t$tw.utils.each(containerData.tiddlers,function(tiddler,title) {\n\t\tpluginList.push(title);\n\t});\n\tvar filteredPluginList;\n\tif(filter) {\n\t\tfilteredPluginList = self.commander.wiki.filterTiddlers(filter,null,self.commander.wiki.makeTiddlerIterator(pluginList));\n\t} else {\n\t\tfilteredPluginList = pluginList;\n\t}\n\t// Iterate through the plugins\n\tvar skinnyList = [];\n\t$tw.utils.each(filteredPluginList,function(title) {\n\t\tvar tiddler = containerData.tiddlers[title];\n\t\t// Save each JSON file and collect the skinny data\n\t\tvar pathname = path.resolve(self.commander.outputPath,basepath + encodeURIComponent(title) + \".json\");\n\t\t$tw.utils.createFileDirectories(pathname);\n\t\tfs.writeFileSync(pathname,JSON.stringify(tiddler,null,$tw.config.preferences.jsonSpaces),\"utf8\");\n\t\t// Collect the skinny list data\n\t\tvar pluginTiddlers = JSON.parse(tiddler.text),\n\t\t\treadmeContent = (pluginTiddlers.tiddlers[title + \"/readme\"] || {}).text,\n\t\t\ticonTiddler = pluginTiddlers.tiddlers[title + \"/icon\"] || {},\n\t\t\ticonType = iconTiddler.type,\n\t\t\ticonText = iconTiddler.text,\n\t\t\ticonContent;\n\t\tif(iconType && iconText) {\n\t\t\ticonContent = $tw.utils.makeDataUri(iconText,iconType);\n\t\t}\n\t\tskinnyList.push($tw.utils.extend({},tiddler,{text: undefined, readme: readmeContent, icon: iconContent}));\n\t});\n\t// Save the catalogue tiddler\n\tif(skinnyListTitle) {\n\t\tself.commander.wiki.setTiddlerData(skinnyListTitle,skinnyList);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/savelibrarytiddlers.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savetiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/savetiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the content of a tiddler to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savetiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttiddler = this.commander.wiki.getTiddler(title);\n\tif(tiddler) {\n\t\tvar type = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"};\n\t\t$tw.utils.createFileDirectories(filename);\n\t\tfs.writeFile(filename,tiddler.fields.text,contentTypeInfo.encoding,function(err) {\n\t\t\tself.callback(err);\n\t\t});\n\t} else {\n\t\treturn \"Missing tiddler: \" + title;\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/savetiddler.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savetiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/savetiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"savetiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tpathname = path.resolve(this.commander.outputPath,this.params[1]),\n\t\tdeleteDirectory = (this.params[2] || \"\").toLowerCase() !== \"noclean\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\tif(deleteDirectory) {\n\t\t$tw.utils.deleteDirectory(pathname);\n\t}\n\t$tw.utils.createDirectory(pathname);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.commander.wiki.getTiddler(title),\n\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"},\n\t\t\tfilename = path.resolve(pathname,encodeURIComponent(title));\n\t\tfs.writeFileSync(filename,tiddler.fields.text,contentTypeInfo.encoding);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/savetiddlers.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/server.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/server.js\ntype: application/javascript\nmodule-type: command\n\nServe tiddlers over http\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nif($tw.node) {\n\tvar util = require(\"util\"),\n\t\tfs = require(\"fs\"),\n\t\turl = require(\"url\"),\n\t\tpath = require(\"path\"),\n\t\thttp = require(\"http\");\n}\n\nexports.info = {\n\tname: \"server\",\n\tsynchronous: true\n};\n\n/*\nA simple HTTP server with regexp-based routes\n*/\nfunction SimpleServer(options) {\n\tthis.routes = options.routes || [];\n\tthis.wiki = options.wiki;\n\tthis.variables = options.variables || {};\n}\n\nSimpleServer.prototype.set = function(obj) {\n\tvar self = this;\n\t$tw.utils.each(obj,function(value,name) {\n\t\tself.variables[name] = value;\n\t});\n};\n\nSimpleServer.prototype.get = function(name) {\n\treturn this.variables[name];\n};\n\nSimpleServer.prototype.addRoute = function(route) {\n\tthis.routes.push(route);\n};\n\nSimpleServer.prototype.findMatchingRoute = function(request,state) {\n\tvar pathprefix = this.get(\"pathprefix\") || \"\";\n\tfor(var t=0; t<this.routes.length; t++) {\n\t\tvar potentialRoute = this.routes[t],\n\t\t\tpathRegExp = potentialRoute.path,\n\t\t\tpathname = state.urlInfo.pathname,\n\t\t\tmatch;\n\t\tif(pathprefix) {\n\t\t\tif(pathname.substr(0,pathprefix.length) === pathprefix) {\n\t\t\t\tpathname = pathname.substr(pathprefix.length);\n\t\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t\t} else {\n\t\t\t\tmatch = false;\n\t\t\t}\n\t\t} else {\n\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t}\n\t\tif(match && request.method === potentialRoute.method) {\n\t\t\tstate.params = [];\n\t\t\tfor(var p=1; p<match.length; p++) {\n\t\t\t\tstate.params.push(match[p]);\n\t\t\t}\n\t\t\treturn potentialRoute;\n\t\t}\n\t}\n\treturn null;\n};\n\nSimpleServer.prototype.checkCredentials = function(request,incomingUsername,incomingPassword) {\n\tvar header = request.headers.authorization || \"\",\n\t\ttoken = header.split(/\\s+/).pop() || \"\",\n\t\tauth = $tw.utils.base64Decode(token),\n\t\tparts = auth.split(/:/),\n\t\tusername = parts[0],\n\t\tpassword = parts[1];\n\tif(incomingUsername === username && incomingPassword === password) {\n\t\treturn \"ALLOWED\";\n\t} else {\n\t\treturn \"DENIED\";\n\t}\n};\n\nSimpleServer.prototype.requestHandler = function(request,response) {\n\t// Compose the state object\n\tvar self = this;\n\tvar state = {};\n\tstate.wiki = self.wiki;\n\tstate.server = self;\n\tstate.urlInfo = url.parse(request.url);\n\t// Find the route that matches this path\n\tvar route = self.findMatchingRoute(request,state);\n\t// Check for the username and password if we've got one\n\tvar username = self.get(\"username\"),\n\t\tpassword = self.get(\"password\");\n\tif(username && password) {\n\t\t// Check they match\n\t\tif(self.checkCredentials(request,username,password) !== \"ALLOWED\") {\n\t\t\tvar servername = state.wiki.getTiddlerText(\"$:/SiteTitle\") || \"TiddlyWiki5\";\n\t\t\tresponse.writeHead(401,\"Authentication required\",{\n\t\t\t\t\"WWW-Authenticate\": 'Basic realm=\"Please provide your username and password to login to ' + servername + '\"'\n\t\t\t});\n\t\t\tresponse.end();\n\t\t\treturn;\n\t\t}\n\t}\n\t// Return a 404 if we didn't find a route\n\tif(!route) {\n\t\tresponse.writeHead(404);\n\t\tresponse.end();\n\t\treturn;\n\t}\n\t// Set the encoding for the incoming request\n\t// TODO: Presumably this would need tweaking if we supported PUTting binary tiddlers\n\trequest.setEncoding(\"utf8\");\n\t// Dispatch the appropriate method\n\tswitch(request.method) {\n\t\tcase \"GET\": // Intentional fall-through\n\t\tcase \"DELETE\":\n\t\t\troute.handler(request,response,state);\n\t\t\tbreak;\n\t\tcase \"PUT\":\n\t\t\tvar data = \"\";\n\t\t\trequest.on(\"data\",function(chunk) {\n\t\t\t\tdata += chunk.toString();\n\t\t\t});\n\t\t\trequest.on(\"end\",function() {\n\t\t\t\tstate.data = data;\n\t\t\t\troute.handler(request,response,state);\n\t\t\t});\n\t\t\tbreak;\n\t}\n};\n\t\nSimpleServer.prototype.listen = function(port,host) {\n\thttp.createServer(this.requestHandler.bind(this)).listen(port,host);\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n\t// Set up server\n\tthis.server = new SimpleServer({\n\t\twiki: this.commander.wiki\n\t});\n\t// Add route handlers\n\tthis.server.addRoute({\n\t\tmethod: \"PUT\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]),\n\t\t\t\tfields = JSON.parse(state.data);\n\t\t\t// Pull up any subfields in the `fields` object\n\t\t\tif(fields.fields) {\n\t\t\t\t$tw.utils.each(fields.fields,function(field,name) {\n\t\t\t\t\tfields[name] = field;\n\t\t\t\t});\n\t\t\t\tdelete fields.fields;\n\t\t\t}\n\t\t\t// Remove any revision field\n\t\t\tif(fields.revision) {\n\t\t\t\tdelete fields.revision;\n\t\t\t}\n\t\t\tstate.wiki.addTiddler(new $tw.Tiddler(state.wiki.getCreationFields(),fields,{title: title},state.wiki.getModificationFields()));\n\t\t\tvar changeCount = state.wiki.getChangeCount(title).toString();\n\t\t\tresponse.writeHead(204, \"OK\",{\n\t\t\t\tEtag: \"\\\"default/\" + encodeURIComponent(title) + \"/\" + changeCount + \":\\\"\",\n\t\t\t\t\"Content-Type\": \"text/plain\"\n\t\t\t});\n\t\t\tresponse.end();\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"DELETE\",\n\t\tpath: /^\\/bags\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]);\n\t\t\tstate.wiki.deleteTiddler(title);\n\t\t\tresponse.writeHead(204, \"OK\", {\n\t\t\t\t\"Content-Type\": \"text/plain\"\n\t\t\t});\n\t\t\tresponse.end();\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": state.server.get(\"serveType\")});\n\t\t\tvar text = state.wiki.renderTiddler(state.server.get(\"renderType\"),state.server.get(\"rootTiddler\"));\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/status$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\tvar text = JSON.stringify({\n\t\t\t\tusername: state.server.get(\"username\"),\n\t\t\t\tspace: {\n\t\t\t\t\trecipe: \"default\"\n\t\t\t\t},\n\t\t\t\ttiddlywiki_version: $tw.version\n\t\t\t});\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/favicon.ico$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"image/x-icon\"});\n\t\t\tvar buffer = state.wiki.getTiddlerText(\"$:/favicon.ico\",\"\");\n\t\t\tresponse.end(buffer,\"base64\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers.json$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\tvar tiddlers = [];\n\t\t\tstate.wiki.forEachTiddler({sortField: \"title\"},function(title,tiddler) {\n\t\t\t\tvar tiddlerFields = {};\n\t\t\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\t\t\tif(name !== \"text\") {\n\t\t\t\t\t\ttiddlerFields[name] = tiddler.getFieldString(name);\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\t\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\ttiddlers.push(tiddlerFields);\n\t\t\t});\n\t\t\tvar text = JSON.stringify(tiddlers);\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]),\n\t\t\t\ttiddler = state.wiki.getTiddler(title),\n\t\t\t\ttiddlerFields = {},\n\t\t\t\tknownFields = [\n\t\t\t\t\t\"bag\", \"created\", \"creator\", \"modified\", \"modifier\", \"permissions\", \"recipe\", \"revision\", \"tags\", \"text\", \"title\", \"type\", \"uri\"\n\t\t\t\t];\n\t\t\tif(tiddler) {\n\t\t\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\t\t\tvar value = tiddler.getFieldString(name);\n\t\t\t\t\tif(knownFields.indexOf(name) !== -1) {\n\t\t\t\t\t\ttiddlerFields[name] = value;\n\t\t\t\t\t} else {\n\t\t\t\t\t\ttiddlerFields.fields = tiddlerFields.fields || {};\n\t\t\t\t\t\ttiddlerFields.fields[name] = value;\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\t\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\t\tresponse.end(JSON.stringify(tiddlerFields),\"utf8\");\n\t\t\t} else {\n\t\t\t\tresponse.writeHead(404);\n\t\t\t\tresponse.end();\n\t\t\t}\n\t\t}\n\t});\n};\n\nCommand.prototype.execute = function() {\n\tif(!$tw.boot.wikiTiddlersPath) {\n\t\t$tw.utils.warning(\"Warning: Wiki folder '\" + $tw.boot.wikiPath + \"' does not exist or is missing a tiddlywiki.info file\");\n\t}\n\tvar port = this.params[0] || \"8080\",\n\t\trootTiddler = this.params[1] || \"$:/core/save/all\",\n\t\trenderType = this.params[2] || \"text/plain\",\n\t\tserveType = this.params[3] || \"text/html\",\n\t\tusername = this.params[4],\n\t\tpassword = this.params[5],\n\t\thost = this.params[6] || \"127.0.0.1\",\n\t\tpathprefix = this.params[7];\n\tthis.server.set({\n\t\trootTiddler: rootTiddler,\n\t\trenderType: renderType,\n\t\tserveType: serveType,\n\t\tusername: username,\n\t\tpassword: password,\n\t\tpathprefix: pathprefix\n\t});\n\tthis.server.listen(port,host);\n\tconsole.log(\"Serving on \" + host + \":\" + port);\n\tconsole.log(\"(press ctrl-C to exit)\");\n\t// Warn if required plugins are missing\n\tif(!$tw.wiki.getTiddler(\"$:/plugins/tiddlywiki/tiddlyweb\") || !$tw.wiki.getTiddler(\"$:/plugins/tiddlywiki/filesystem\")) {\n\t\t$tw.utils.warning(\"Warning: Plugins required for client-server operation (\\\"tiddlywiki/filesystem\\\" and \\\"tiddlywiki/tiddlyweb\\\") are missing from tiddlywiki.info file\");\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/server.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/setfield.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/setfield.js\ntype: application/javascript\nmodule-type: command\n\nCommand to modify selected tiddlers to set a field to the text of a template tiddler that has been wikified with the selected tiddler as the current tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"setfield\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 4) {\n\t\treturn \"Missing parameters\";\n\t}\n\tvar self = this,\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tfieldname = this.params[1] || \"text\",\n\t\ttemplatetitle = this.params[2],\n\t\trendertype = this.params[3] || \"text/plain\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(templatetitle),\n\t\t\tnewFields = {},\n\t\t\ttiddler = wiki.getTiddler(title);\n\t\tif(parser) {\n\t\t\tvar widgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}});\n\t\t\tvar container = $tw.fakeDocument.createElement(\"div\");\n\t\t\twidgetNode.render(container,null);\n\t\t\tnewFields[fieldname] = rendertype === \"text/html\" ? container.innerHTML : container.textContent;\n\t\t} else {\n\t\t\tnewFields[fieldname] = undefined;\n\t\t}\n\t\twiki.addTiddler(new $tw.Tiddler(tiddler,newFields));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/setfield.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/unpackplugin.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/unpackplugin.js\ntype: application/javascript\nmodule-type: command\n\nCommand to extract the shadow tiddlers from within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"unpackplugin\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing plugin name\";\n\t}\n\tvar self = this,\n\t\ttitle = this.params[0],\n\t\tpluginData = this.commander.wiki.getTiddlerDataCached(title);\n\tif(!pluginData) {\n\t\treturn \"Plugin '\" + title + \"' not found\";\n\t}\n\t$tw.utils.each(pluginData.tiddlers,function(tiddler) {\n\t\tself.commander.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/unpackplugin.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/verbose.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/verbose.js\ntype: application/javascript\nmodule-type: command\n\nVerbose command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"verbose\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.verbose = true;\n\t// Output the boot message log\n\tthis.commander.streams.output.write(\"Boot log:\\n \" + $tw.boot.logMessages.join(\"\\n \") + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/verbose.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/version.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/version.js\ntype: application/javascript\nmodule-type: command\n\nVersion command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"version\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.streams.output.write($tw.version + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/version.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/config.js": {
"text": "/*\\\ntitle: $:/core/modules/config.js\ntype: application/javascript\nmodule-type: config\n\nCore configuration constants\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.preferences = {};\n\nexports.preferences.notificationDuration = 3 * 1000;\nexports.preferences.jsonSpaces = 4;\n\nexports.textPrimitives = {\n\tupperLetter: \"[A-Z\\u00c0-\\u00d6\\u00d8-\\u00de\\u0150\\u0170]\",\n\tlowerLetter: \"[a-z\\u00df-\\u00f6\\u00f8-\\u00ff\\u0151\\u0171]\",\n\tanyLetter: \"[A-Za-z0-9\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\",\n\tblockPrefixLetters:\t\"[A-Za-z0-9-_\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\"\n};\n\nexports.textPrimitives.unWikiLink = \"~\";\nexports.textPrimitives.wikiLink = exports.textPrimitives.upperLetter + \"+\" +\n\texports.textPrimitives.lowerLetter + \"+\" +\n\texports.textPrimitives.upperLetter +\n\texports.textPrimitives.anyLetter + \"*\";\n\nexports.htmlEntities = {quot:34, amp:38, apos:39, lt:60, gt:62, nbsp:160, iexcl:161, cent:162, pound:163, curren:164, yen:165, brvbar:166, sect:167, uml:168, copy:169, ordf:170, laquo:171, not:172, shy:173, reg:174, macr:175, deg:176, plusmn:177, sup2:178, sup3:179, acute:180, micro:181, para:182, middot:183, cedil:184, sup1:185, ordm:186, raquo:187, frac14:188, frac12:189, frac34:190, iquest:191, Agrave:192, Aacute:193, Acirc:194, Atilde:195, Auml:196, Aring:197, AElig:198, Ccedil:199, Egrave:200, Eacute:201, Ecirc:202, Euml:203, Igrave:204, Iacute:205, Icirc:206, Iuml:207, ETH:208, Ntilde:209, Ograve:210, Oacute:211, Ocirc:212, Otilde:213, Ouml:214, times:215, Oslash:216, Ugrave:217, Uacute:218, Ucirc:219, Uuml:220, Yacute:221, THORN:222, szlig:223, agrave:224, aacute:225, acirc:226, atilde:227, auml:228, aring:229, aelig:230, ccedil:231, egrave:232, eacute:233, ecirc:234, euml:235, igrave:236, iacute:237, icirc:238, iuml:239, eth:240, ntilde:241, ograve:242, oacute:243, ocirc:244, otilde:245, ouml:246, divide:247, oslash:248, ugrave:249, uacute:250, ucirc:251, uuml:252, yacute:253, thorn:254, yuml:255, OElig:338, oelig:339, Scaron:352, scaron:353, Yuml:376, fnof:402, circ:710, tilde:732, Alpha:913, Beta:914, Gamma:915, Delta:916, Epsilon:917, Zeta:918, Eta:919, Theta:920, Iota:921, Kappa:922, Lambda:923, Mu:924, Nu:925, Xi:926, Omicron:927, Pi:928, Rho:929, Sigma:931, Tau:932, Upsilon:933, Phi:934, Chi:935, Psi:936, Omega:937, alpha:945, beta:946, gamma:947, delta:948, epsilon:949, zeta:950, eta:951, theta:952, iota:953, kappa:954, lambda:955, mu:956, nu:957, xi:958, omicron:959, pi:960, rho:961, sigmaf:962, sigma:963, tau:964, upsilon:965, phi:966, chi:967, psi:968, omega:969, thetasym:977, upsih:978, piv:982, ensp:8194, emsp:8195, thinsp:8201, zwnj:8204, zwj:8205, lrm:8206, rlm:8207, ndash:8211, mdash:8212, lsquo:8216, rsquo:8217, sbquo:8218, ldquo:8220, rdquo:8221, bdquo:8222, dagger:8224, Dagger:8225, bull:8226, hellip:8230, permil:8240, prime:8242, Prime:8243, lsaquo:8249, rsaquo:8250, oline:8254, frasl:8260, euro:8364, image:8465, weierp:8472, real:8476, trade:8482, alefsym:8501, larr:8592, uarr:8593, rarr:8594, darr:8595, harr:8596, crarr:8629, lArr:8656, uArr:8657, rArr:8658, dArr:8659, hArr:8660, forall:8704, part:8706, exist:8707, empty:8709, nabla:8711, isin:8712, notin:8713, ni:8715, prod:8719, sum:8721, minus:8722, lowast:8727, radic:8730, prop:8733, infin:8734, ang:8736, and:8743, or:8744, cap:8745, cup:8746, int:8747, there4:8756, sim:8764, cong:8773, asymp:8776, ne:8800, equiv:8801, le:8804, ge:8805, sub:8834, sup:8835, nsub:8836, sube:8838, supe:8839, oplus:8853, otimes:8855, perp:8869, sdot:8901, lceil:8968, rceil:8969, lfloor:8970, rfloor:8971, lang:9001, rang:9002, loz:9674, spades:9824, clubs:9827, hearts:9829, diams:9830 };\n\nexports.htmlVoidElements = \"area,base,br,col,command,embed,hr,img,input,keygen,link,meta,param,source,track,wbr\".split(\",\");\n\nexports.htmlBlockElements = \"address,article,aside,audio,blockquote,canvas,dd,div,dl,fieldset,figcaption,figure,footer,form,h1,h2,h3,h4,h5,h6,header,hgroup,hr,li,noscript,ol,output,p,pre,section,table,tfoot,ul,video\".split(\",\");\n\nexports.htmlUnsafeElements = \"script\".split(\",\");\n\n})();\n",
"title": "$:/core/modules/config.js",
"type": "application/javascript",
"module-type": "config"
},
"$:/core/modules/deserializers.js": {
"text": "/*\\\ntitle: $:/core/modules/deserializers.js\ntype: application/javascript\nmodule-type: tiddlerdeserializer\n\nFunctions to deserialise tiddlers from a block of text\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nUtility function to parse an old-style tiddler DIV in a *.tid file. It looks like this:\n\n<div title=\"Title\" creator=\"JoeBloggs\" modifier=\"JoeBloggs\" created=\"201102111106\" modified=\"201102111310\" tags=\"myTag [[my long tag]]\">\n<pre>The text of the tiddler (without the expected HTML encoding).\n</pre>\n</div>\n\nNote that the field attributes are HTML encoded, but that the body of the <PRE> tag is not encoded.\n\nWhen these tiddler DIVs are encountered within a TiddlyWiki HTML file then the body is encoded in the usual way.\n*/\nvar parseTiddlerDiv = function(text /* [,fields] */) {\n\t// Slot together the default results\n\tvar result = {};\n\tif(arguments.length > 1) {\n\t\tfor(var f=1; f<arguments.length; f++) {\n\t\t\tvar fields = arguments[f];\n\t\t\tfor(var t in fields) {\n\t\t\t\tresult[t] = fields[t];\t\t\n\t\t\t}\n\t\t}\n\t}\n\t// Parse the DIV body\n\tvar startRegExp = /^\\s*<div\\s+([^>]*)>(\\s*<pre>)?/gi,\n\t\tendRegExp,\n\t\tmatch = startRegExp.exec(text);\n\tif(match) {\n\t\t// Old-style DIVs don't have the <pre> tag\n\t\tif(match[2]) {\n\t\t\tendRegExp = /<\\/pre>\\s*<\\/div>\\s*$/gi;\n\t\t} else {\n\t\t\tendRegExp = /<\\/div>\\s*$/gi;\n\t\t}\n\t\tvar endMatch = endRegExp.exec(text);\n\t\tif(endMatch) {\n\t\t\t// Extract the text\n\t\t\tresult.text = text.substring(match.index + match[0].length,endMatch.index);\n\t\t\t// Process the attributes\n\t\t\tvar attrRegExp = /\\s*([^=\\s]+)\\s*=\\s*(?:\"([^\"]*)\"|'([^']*)')/gi,\n\t\t\t\tattrMatch;\n\t\t\tdo {\n\t\t\t\tattrMatch = attrRegExp.exec(match[1]);\n\t\t\t\tif(attrMatch) {\n\t\t\t\t\tvar name = attrMatch[1];\n\t\t\t\t\tvar value = attrMatch[2] !== undefined ? attrMatch[2] : attrMatch[3];\n\t\t\t\t\tresult[name] = value;\n\t\t\t\t}\n\t\t\t} while(attrMatch);\n\t\t\treturn result;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports[\"application/x-tiddler-html-div\"] = function(text,fields) {\n\treturn [parseTiddlerDiv(text,fields)];\n};\n\nexports[\"application/json\"] = function(text,fields) {\n\tvar incoming,\n\t\tresults = [];\n\ttry {\n\t\tincoming = JSON.parse(text);\n\t} catch(e) {\n\t\tincoming = [{\n\t\t\ttitle: \"JSON error: \" + e,\n\t\t\ttext: \"\"\n\t\t}]\n\t}\n\tif(!$tw.utils.isArray(incoming)) {\n\t\tincoming = [incoming];\n\t}\n\tfor(var t=0; t<incoming.length; t++) {\n\t\tvar incomingFields = incoming[t],\n\t\t\tfields = {};\n\t\tfor(var f in incomingFields) {\n\t\t\tif(typeof incomingFields[f] === \"string\") {\n\t\t\t\tfields[f] = incomingFields[f];\n\t\t\t}\n\t\t}\n\t\tresults.push(fields);\n\t}\n\treturn results;\n};\n\n/*\nParse an HTML file into tiddlers. There are three possibilities:\n# A TiddlyWiki classic HTML file containing `text/x-tiddlywiki` tiddlers\n# A TiddlyWiki5 HTML file containing `text/vnd.tiddlywiki` tiddlers\n# An ordinary HTML file\n*/\nexports[\"text/html\"] = function(text,fields) {\n\t// Check if we've got a store area\n\tvar storeAreaMarkerRegExp = /<div id=[\"']?storeArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\tmatch = storeAreaMarkerRegExp.exec(text);\n\tif(match) {\n\t\t// If so, it's either a classic TiddlyWiki file or an unencrypted TW5 file\n\t\t// First read the normal tiddlers\n\t\tvar results = deserializeTiddlyWikiFile(text,storeAreaMarkerRegExp.lastIndex,!!match[1],fields);\n\t\t// Then any system tiddlers\n\t\tvar systemAreaMarkerRegExp = /<div id=[\"']?systemArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\t\tsysMatch = systemAreaMarkerRegExp.exec(text);\n\t\tif(sysMatch) {\n\t\t\tresults.push.apply(results,deserializeTiddlyWikiFile(text,systemAreaMarkerRegExp.lastIndex,!!sysMatch[1],fields));\n\t\t}\n\t\treturn results;\n\t} else {\n\t\t// Check whether we've got an encrypted file\n\t\tvar encryptedStoreArea = $tw.utils.extractEncryptedStoreArea(text);\n\t\tif(encryptedStoreArea) {\n\t\t\t// If so, attempt to decrypt it using the current password\n\t\t\treturn $tw.utils.decryptStoreArea(encryptedStoreArea);\n\t\t} else {\n\t\t\t// It's not a TiddlyWiki so we'll return the entire HTML file as a tiddler\n\t\t\treturn deserializeHtmlFile(text,fields);\n\t\t}\n\t}\n};\n\nfunction deserializeHtmlFile(text,fields) {\n\tvar result = {};\n\t$tw.utils.each(fields,function(value,name) {\n\t\tresult[name] = value;\n\t});\n\tresult.text = text;\n\tresult.type = \"text/html\";\n\treturn [result];\n}\n\nfunction deserializeTiddlyWikiFile(text,storeAreaEnd,isTiddlyWiki5,fields) {\n\tvar results = [],\n\t\tendOfDivRegExp = /(<\\/div>\\s*)/gi,\n\t\tstartPos = storeAreaEnd,\n\t\tdefaultType = isTiddlyWiki5 ? undefined : \"text/x-tiddlywiki\";\n\tendOfDivRegExp.lastIndex = startPos;\n\tvar match = endOfDivRegExp.exec(text);\n\twhile(match) {\n\t\tvar endPos = endOfDivRegExp.lastIndex,\n\t\t\ttiddlerFields = parseTiddlerDiv(text.substring(startPos,endPos),fields,{type: defaultType});\n\t\tif(!tiddlerFields) {\n\t\t\tbreak;\n\t\t}\n\t\t$tw.utils.each(tiddlerFields,function(value,name) {\n\t\t\tif(typeof value === \"string\") {\n\t\t\t\ttiddlerFields[name] = $tw.utils.htmlDecode(value);\n\t\t\t}\n\t\t});\n\t\tif(tiddlerFields.text !== null) {\n\t\t\tresults.push(tiddlerFields);\n\t\t}\n\t\tstartPos = endPos;\n\t\tmatch = endOfDivRegExp.exec(text);\n\t}\n\treturn results;\n}\n\n})();\n",
"title": "$:/core/modules/deserializers.js",
"type": "application/javascript",
"module-type": "tiddlerdeserializer"
},
"$:/core/modules/editor/engines/framed.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/engines/framed.js\ntype: application/javascript\nmodule-type: library\n\nText editor engine based on a simple input or textarea within an iframe. This is done so that the selection is preserved even when clicking away from the textarea\n\n\\*/\n(function(){\n\n/*jslint node: true,browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HEIGHT_VALUE_TITLE = \"$:/config/TextEditor/EditorHeight/Height\";\n\nfunction FramedEngine(options) {\n\t// Save our options\n\toptions = options || {};\n\tthis.widget = options.widget;\n\tthis.value = options.value;\n\tthis.parentNode = options.parentNode;\n\tthis.nextSibling = options.nextSibling;\n\t// Create our hidden dummy text area for reading styles\n\tthis.dummyTextArea = this.widget.document.createElement(\"textarea\");\n\tif(this.widget.editClass) {\n\t\tthis.dummyTextArea.className = this.widget.editClass;\n\t}\n\tthis.dummyTextArea.setAttribute(\"hidden\",\"true\");\n\tthis.parentNode.insertBefore(this.dummyTextArea,this.nextSibling);\n\tthis.widget.domNodes.push(this.dummyTextArea);\n\t// Create the iframe\n\tthis.iframeNode = this.widget.document.createElement(\"iframe\");\n\tthis.parentNode.insertBefore(this.iframeNode,this.nextSibling);\n\tthis.iframeDoc = this.iframeNode.contentWindow.document;\n\t// (Firefox requires us to put some empty content in the iframe)\n\tthis.iframeDoc.open();\n\tthis.iframeDoc.write(\"\");\n\tthis.iframeDoc.close();\n\t// Style the iframe\n\tthis.iframeNode.className = this.dummyTextArea.className;\n\tthis.iframeNode.style.border = \"none\";\n\tthis.iframeNode.style.padding = \"0\";\n\tthis.iframeNode.style.resize = \"none\";\n\tthis.iframeDoc.body.style.margin = \"0\";\n\tthis.iframeDoc.body.style.padding = \"0\";\n\tthis.widget.domNodes.push(this.iframeNode);\n\t// Construct the textarea or input node\n\tvar tag = this.widget.editTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"input\";\n\t}\n\tthis.domNode = this.iframeDoc.createElement(tag);\n\t// Set the text\n\tif(this.widget.editTag === \"textarea\") {\n\t\tthis.domNode.appendChild(this.iframeDoc.createTextNode(this.value));\n\t} else {\n\t\tthis.domNode.value = this.value;\n\t}\n\t// Set the attributes\n\tif(this.widget.editType) {\n\t\tthis.domNode.setAttribute(\"type\",this.widget.editType);\n\t}\n\tif(this.widget.editPlaceholder) {\n\t\tthis.domNode.setAttribute(\"placeholder\",this.widget.editPlaceholder);\n\t}\n\tif(this.widget.editSize) {\n\t\tthis.domNode.setAttribute(\"size\",this.widget.editSize);\n\t}\n\tif(this.widget.editRows) {\n\t\tthis.domNode.setAttribute(\"rows\",this.widget.editRows);\n\t}\n\t// Copy the styles from the dummy textarea\n\tthis.copyStyles();\n\t// Add event listeners\n\t$tw.utils.addEventListeners(this.domNode,[\n\t\t{name: \"input\",handlerObject: this,handlerMethod: \"handleInputEvent\"},\n\t\t{name: \"keydown\",handlerObject: this.widget,handlerMethod: \"handleKeydownEvent\"}\n\t]);\n\t// Insert the element into the DOM\n\tthis.iframeDoc.body.appendChild(this.domNode);\n}\n\n/*\nCopy styles from the dummy text area to the textarea in the iframe\n*/\nFramedEngine.prototype.copyStyles = function() {\n\t// Copy all styles\n\t$tw.utils.copyStyles(this.dummyTextArea,this.domNode);\n\t// Override the ones that should not be set the same as the dummy textarea\n\tthis.domNode.style.display = \"block\";\n\tthis.domNode.style.width = \"100%\";\n\tthis.domNode.style.margin = \"0\";\n\t// In Chrome setting -webkit-text-fill-color overrides the placeholder text colour\n\tthis.domNode.style[\"-webkit-text-fill-color\"] = \"currentcolor\";\n};\n\n/*\nSet the text of the engine if it doesn't currently have focus\n*/\nFramedEngine.prototype.setText = function(text,type) {\n\tif(!this.domNode.isTiddlyWikiFakeDom) {\n\t\tif(this.domNode.ownerDocument.activeElement !== this.domNode) {\n\t\t\tthis.domNode.value = text;\n\t\t}\n\t\t// Fix the height if needed\n\t\tthis.fixHeight();\n\t}\n};\n\n/*\nGet the text of the engine\n*/\nFramedEngine.prototype.getText = function() {\n\treturn this.domNode.value;\n};\n\n/*\nFix the height of textarea to fit content\n*/\nFramedEngine.prototype.fixHeight = function() {\n\t// Make sure styles are updated\n\tthis.copyStyles();\n\t// Adjust height\n\tif(this.widget.editTag === \"textarea\") {\n\t\tif(this.widget.editAutoHeight) {\n\t\t\tif(this.domNode && !this.domNode.isTiddlyWikiFakeDom) {\n\t\t\t\tvar newHeight = $tw.utils.resizeTextAreaToFit(this.domNode,this.widget.editMinHeight);\n\t\t\t\tthis.iframeNode.style.height = (newHeight + 14) + \"px\"; // +14 for the border on the textarea\n\t\t\t}\n\t\t} else {\n\t\t\tvar fixedHeight = parseInt(this.widget.wiki.getTiddlerText(HEIGHT_VALUE_TITLE,\"400px\"),10);\n\t\t\tfixedHeight = Math.max(fixedHeight,20);\n\t\t\tthis.domNode.style.height = fixedHeight + \"px\";\n\t\t\tthis.iframeNode.style.height = (fixedHeight + 14) + \"px\";\n\t\t}\n\t}\n};\n\n/*\nFocus the engine node\n*/\nFramedEngine.prototype.focus = function() {\n\tif(this.domNode.focus && this.domNode.select) {\n\t\tthis.domNode.focus();\n\t\tthis.domNode.select();\n\t}\n};\n\n/*\nHandle a dom \"input\" event which occurs when the text has changed\n*/\nFramedEngine.prototype.handleInputEvent = function(event) {\n\tthis.widget.saveChanges(this.getText());\n\tthis.fixHeight();\n\treturn true;\n};\n\n/*\nCreate a blank structure representing a text operation\n*/\nFramedEngine.prototype.createTextOperation = function() {\n\tvar operation = {\n\t\ttext: this.domNode.value,\n\t\tselStart: this.domNode.selectionStart,\n\t\tselEnd: this.domNode.selectionEnd,\n\t\tcutStart: null,\n\t\tcutEnd: null,\n\t\treplacement: null,\n\t\tnewSelStart: null,\n\t\tnewSelEnd: null\n\t};\n\toperation.selection = operation.text.substring(operation.selStart,operation.selEnd);\n\treturn operation;\n};\n\n/*\nExecute a text operation\n*/\nFramedEngine.prototype.executeTextOperation = function(operation) {\n\t// Perform the required changes to the text area and the underlying tiddler\n\tvar newText = operation.text;\n\tif(operation.replacement !== null) {\n\t\tnewText = operation.text.substring(0,operation.cutStart) + operation.replacement + operation.text.substring(operation.cutEnd);\n\t\t// Attempt to use a execCommand to modify the value of the control\n\t\tif(this.iframeDoc.queryCommandSupported(\"insertText\") && this.iframeDoc.queryCommandSupported(\"delete\") && !$tw.browser.isFirefox) {\n\t\t\tthis.domNode.focus();\n\t\t\tthis.domNode.setSelectionRange(operation.cutStart,operation.cutEnd);\n\t\t\tif(operation.replacement === \"\") {\n\t\t\t\tthis.iframeDoc.execCommand(\"delete\",false,\"\");\n\t\t\t} else {\n\t\t\t\tthis.iframeDoc.execCommand(\"insertText\",false,operation.replacement);\n\t\t\t}\n\t\t} else {\n\t\t\tthis.domNode.value = newText;\n\t\t}\n\t\tthis.domNode.focus();\n\t\tthis.domNode.setSelectionRange(operation.newSelStart,operation.newSelEnd);\n\t}\n\tthis.domNode.focus();\n\treturn newText;\n};\n\nexports.FramedEngine = FramedEngine;\n\n})();\n",
"title": "$:/core/modules/editor/engines/framed.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/core/modules/editor/engines/simple.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/engines/simple.js\ntype: application/javascript\nmodule-type: library\n\nText editor engine based on a simple input or textarea tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HEIGHT_VALUE_TITLE = \"$:/config/TextEditor/EditorHeight/Height\";\n\nfunction SimpleEngine(options) {\n\t// Save our options\n\toptions = options || {};\n\tthis.widget = options.widget;\n\tthis.value = options.value;\n\tthis.parentNode = options.parentNode;\n\tthis.nextSibling = options.nextSibling;\n\t// Construct the textarea or input node\n\tvar tag = this.widget.editTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"input\";\n\t}\n\tthis.domNode = this.widget.document.createElement(tag);\n\t// Set the text\n\tif(this.widget.editTag === \"textarea\") {\n\t\tthis.domNode.appendChild(this.widget.document.createTextNode(this.value));\n\t} else {\n\t\tthis.domNode.value = this.value;\n\t}\n\t// Set the attributes\n\tif(this.widget.editType) {\n\t\tthis.domNode.setAttribute(\"type\",this.widget.editType);\n\t}\n\tif(this.widget.editPlaceholder) {\n\t\tthis.domNode.setAttribute(\"placeholder\",this.widget.editPlaceholder);\n\t}\n\tif(this.widget.editSize) {\n\t\tthis.domNode.setAttribute(\"size\",this.widget.editSize);\n\t}\n\tif(this.widget.editRows) {\n\t\tthis.domNode.setAttribute(\"rows\",this.widget.editRows);\n\t}\n\tif(this.widget.editClass) {\n\t\tthis.domNode.className = this.widget.editClass;\n\t}\n\t// Add an input event handler\n\t$tw.utils.addEventListeners(this.domNode,[\n\t\t{name: \"focus\", handlerObject: this, handlerMethod: \"handleFocusEvent\"},\n\t\t{name: \"input\", handlerObject: this, handlerMethod: \"handleInputEvent\"}\n\t]);\n\t// Insert the element into the DOM\n\tthis.parentNode.insertBefore(this.domNode,this.nextSibling);\n\tthis.widget.domNodes.push(this.domNode);\n}\n\n/*\nSet the text of the engine if it doesn't currently have focus\n*/\nSimpleEngine.prototype.setText = function(text,type) {\n\tif(!this.domNode.isTiddlyWikiFakeDom) {\n\t\tif(this.domNode.ownerDocument.activeElement !== this.domNode || text === \"\") {\n\t\t\tthis.domNode.value = text;\n\t\t}\n\t\t// Fix the height if needed\n\t\tthis.fixHeight();\n\t}\n};\n\n/*\nGet the text of the engine\n*/\nSimpleEngine.prototype.getText = function() {\n\treturn this.domNode.value;\n};\n\n/*\nFix the height of textarea to fit content\n*/\nSimpleEngine.prototype.fixHeight = function() {\n\tif(this.widget.editTag === \"textarea\") {\n\t\tif(this.widget.editAutoHeight) {\n\t\t\tif(this.domNode && !this.domNode.isTiddlyWikiFakeDom) {\n\t\t\t\t$tw.utils.resizeTextAreaToFit(this.domNode,this.widget.editMinHeight);\n\t\t\t}\n\t\t} else {\n\t\t\tvar fixedHeight = parseInt(this.widget.wiki.getTiddlerText(HEIGHT_VALUE_TITLE,\"400px\"),10);\n\t\t\tfixedHeight = Math.max(fixedHeight,20);\n\t\t\tthis.domNode.style.height = fixedHeight + \"px\";\n\t\t}\n\t}\n};\n\n/*\nFocus the engine node\n*/\nSimpleEngine.prototype.focus = function() {\n\tif(this.domNode.focus && this.domNode.select) {\n\t\tthis.domNode.focus();\n\t\tthis.domNode.select();\n\t}\n};\n\n/*\nHandle a dom \"input\" event which occurs when the text has changed\n*/\nSimpleEngine.prototype.handleInputEvent = function(event) {\n\tthis.widget.saveChanges(this.getText());\n\tthis.fixHeight();\n\treturn true;\n};\n\n/*\nHandle a dom \"focus\" event\n*/\nSimpleEngine.prototype.handleFocusEvent = function(event) {\n\tif(this.widget.editFocusPopup) {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: this.domNode,\n\t\t\ttitle: this.widget.editFocusPopup,\n\t\t\twiki: this.widget.wiki,\n\t\t\tforce: true\n\t\t});\n\t}\n\treturn true;\n};\n\n/*\nCreate a blank structure representing a text operation\n*/\nSimpleEngine.prototype.createTextOperation = function() {\n\treturn null;\n};\n\n/*\nExecute a text operation\n*/\nSimpleEngine.prototype.executeTextOperation = function(operation) {\n};\n\nexports.SimpleEngine = SimpleEngine;\n\n})();\n",
"title": "$:/core/modules/editor/engines/simple.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/core/modules/editor/factory.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/factory.js\ntype: application/javascript\nmodule-type: library\n\nFactory for constructing text editor widgets with specified engines for the toolbar and non-toolbar cases\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DEFAULT_MIN_TEXT_AREA_HEIGHT = \"100px\"; // Minimum height of textareas in pixels\n\n// Configuration tiddlers\nvar HEIGHT_MODE_TITLE = \"$:/config/TextEditor/EditorHeight/Mode\";\nvar ENABLE_TOOLBAR_TITLE = \"$:/config/TextEditor/EnableToolbar\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nfunction editTextWidgetFactory(toolbarEngine,nonToolbarEngine) {\n\n\tvar EditTextWidget = function(parseTreeNode,options) {\n\t\t// Initialise the editor operations if they've not been done already\n\t\tif(!this.editorOperations) {\n\t\t\tEditTextWidget.prototype.editorOperations = {};\n\t\t\t$tw.modules.applyMethods(\"texteditoroperation\",this.editorOperations);\n\t\t}\n\t\tthis.initialise(parseTreeNode,options);\n\t};\n\n\t/*\n\tInherit from the base widget class\n\t*/\n\tEditTextWidget.prototype = new Widget();\n\n\t/*\n\tRender this widget into the DOM\n\t*/\n\tEditTextWidget.prototype.render = function(parent,nextSibling) {\n\t\t// Save the parent dom node\n\t\tthis.parentDomNode = parent;\n\t\t// Compute our attributes\n\t\tthis.computeAttributes();\n\t\t// Execute our logic\n\t\tthis.execute();\n\t\t// Create the wrapper for the toolbar and render its content\n\t\tif(this.editShowToolbar) {\n\t\t\tthis.toolbarNode = this.document.createElement(\"div\");\n\t\t\tthis.toolbarNode.className = \"tc-editor-toolbar\";\n\t\t\tparent.insertBefore(this.toolbarNode,nextSibling);\n\t\t\tthis.renderChildren(this.toolbarNode,null);\n\t\t\tthis.domNodes.push(this.toolbarNode);\n\t\t}\n\t\t// Create our element\n\t\tvar editInfo = this.getEditInfo(),\n\t\t\tEngine = this.editShowToolbar ? toolbarEngine : nonToolbarEngine;\n\t\tthis.engine = new Engine({\n\t\t\t\twidget: this,\n\t\t\t\tvalue: editInfo.value,\n\t\t\t\ttype: editInfo.type,\n\t\t\t\tparentNode: parent,\n\t\t\t\tnextSibling: nextSibling\n\t\t\t});\n\t\t// Call the postRender hook\n\t\tif(this.postRender) {\n\t\t\tthis.postRender();\n\t\t}\n\t\t// Fix height\n\t\tthis.engine.fixHeight();\n\t\t// Focus if required\n\t\tif(this.editFocus === \"true\" || this.editFocus === \"yes\") {\n\t\t\tthis.engine.focus();\n\t\t}\n\t\t// Add widget message listeners\n\t\tthis.addEventListeners([\n\t\t\t{type: \"tm-edit-text-operation\", handler: \"handleEditTextOperationMessage\"}\n\t\t]);\n\t};\n\n\t/*\n\tGet the tiddler being edited and current value\n\t*/\n\tEditTextWidget.prototype.getEditInfo = function() {\n\t\t// Get the edit value\n\t\tvar self = this,\n\t\t\tvalue,\n\t\t\ttype = \"text/plain\",\n\t\t\tupdate;\n\t\tif(this.editIndex) {\n\t\t\tvalue = this.wiki.extractTiddlerDataItem(this.editTitle,this.editIndex,this.editDefault);\n\t\t\tupdate = function(value) {\n\t\t\t\tvar data = self.wiki.getTiddlerData(self.editTitle,{});\n\t\t\t\tif(data[self.editIndex] !== value) {\n\t\t\t\t\tdata[self.editIndex] = value;\n\t\t\t\t\tself.wiki.setTiddlerData(self.editTitle,data);\n\t\t\t\t}\n\t\t\t};\n\t\t} else {\n\t\t\t// Get the current tiddler and the field name\n\t\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\t\tif(tiddler) {\n\t\t\t\t// If we've got a tiddler, the value to display is the field string value\n\t\t\t\tvalue = tiddler.getFieldString(this.editField);\n\t\t\t\tif(this.editField === \"text\") {\n\t\t\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// Otherwise, we need to construct a default value for the editor\n\t\t\t\tswitch(this.editField) {\n\t\t\t\t\tcase \"text\":\n\t\t\t\t\t\tvalue = \"Type the text for the tiddler '\" + this.editTitle + \"'\";\n\t\t\t\t\t\ttype = \"text/vnd.tiddlywiki\";\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"title\":\n\t\t\t\t\t\tvalue = this.editTitle;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tvalue = \"\";\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t\tif(this.editDefault !== undefined) {\n\t\t\t\t\tvalue = this.editDefault;\n\t\t\t\t}\n\t\t\t}\n\t\t\tupdate = function(value) {\n\t\t\t\tvar tiddler = self.wiki.getTiddler(self.editTitle),\n\t\t\t\t\tupdateFields = {\n\t\t\t\t\t\ttitle: self.editTitle\n\t\t\t\t\t};\n\t\t\t\tupdateFields[self.editField] = value;\n\t\t\t\tself.wiki.addTiddler(new $tw.Tiddler(self.wiki.getCreationFields(),tiddler,updateFields,self.wiki.getModificationFields()));\n\t\t\t};\n\t\t}\n\t\tif(this.editType) {\n\t\t\ttype = this.editType;\n\t\t}\n\t\treturn {value: value || \"\", type: type, update: update};\n\t};\n\n\t/*\n\tHandle an edit text operation message from the toolbar\n\t*/\n\tEditTextWidget.prototype.handleEditTextOperationMessage = function(event) {\n\t\t// Prepare information about the operation\n\t\tvar operation = this.engine.createTextOperation();\n\t\t// Invoke the handler for the selected operation\n\t\tvar handler = this.editorOperations[event.param];\n\t\tif(handler) {\n\t\t\thandler.call(this,event,operation);\n\t\t}\n\t\t// Execute the operation via the engine\n\t\tvar newText = this.engine.executeTextOperation(operation);\n\t\t// Fix the tiddler height and save changes\n\t\tthis.engine.fixHeight();\n\t\tthis.saveChanges(newText);\n\t};\n\n\t/*\n\tCompute the internal state of the widget\n\t*/\n\tEditTextWidget.prototype.execute = function() {\n\t\t// Get our parameters\n\t\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t\tthis.editField = this.getAttribute(\"field\",\"text\");\n\t\tthis.editIndex = this.getAttribute(\"index\");\n\t\tthis.editDefault = this.getAttribute(\"default\");\n\t\tthis.editClass = this.getAttribute(\"class\");\n\t\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\t\tthis.editSize = this.getAttribute(\"size\");\n\t\tthis.editRows = this.getAttribute(\"rows\");\n\t\tthis.editAutoHeight = this.wiki.getTiddlerText(HEIGHT_MODE_TITLE,\"auto\");\n\t\tthis.editAutoHeight = this.getAttribute(\"autoHeight\",this.editAutoHeight === \"auto\" ? \"yes\" : \"no\") === \"yes\";\n\t\tthis.editMinHeight = this.getAttribute(\"minHeight\",DEFAULT_MIN_TEXT_AREA_HEIGHT);\n\t\tthis.editFocusPopup = this.getAttribute(\"focusPopup\");\n\t\tthis.editFocus = this.getAttribute(\"focus\");\n\t\t// Get the default editor element tag and type\n\t\tvar tag,type;\n\t\tif(this.editField === \"text\") {\n\t\t\ttag = \"textarea\";\n\t\t} else {\n\t\t\ttag = \"input\";\n\t\t\tvar fieldModule = $tw.Tiddler.fieldModules[this.editField];\n\t\t\tif(fieldModule && fieldModule.editTag) {\n\t\t\t\ttag = fieldModule.editTag;\n\t\t\t}\n\t\t\tif(fieldModule && fieldModule.editType) {\n\t\t\t\ttype = fieldModule.editType;\n\t\t\t}\n\t\t\ttype = type || \"text\";\n\t\t}\n\t\t// Get the rest of our parameters\n\t\tthis.editTag = this.getAttribute(\"tag\",tag);\n\t\tthis.editType = this.getAttribute(\"type\",type);\n\t\t// Make the child widgets\n\t\tthis.makeChildWidgets();\n\t\t// Determine whether to show the toolbar\n\t\tthis.editShowToolbar = this.wiki.getTiddlerText(ENABLE_TOOLBAR_TITLE,\"yes\");\n\t\tthis.editShowToolbar = (this.editShowToolbar === \"yes\") && !!(this.children && this.children.length > 0);\n\t};\n\n\t/*\n\tSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n\t*/\n\tEditTextWidget.prototype.refresh = function(changedTiddlers) {\n\t\tvar changedAttributes = this.computeAttributes();\n\t\t// Completely rerender if any of our attributes have changed\n\t\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes[\"default\"] || changedAttributes[\"class\"] || changedAttributes.placeholder || changedAttributes.size || changedAttributes.autoHeight || changedAttributes.minHeight || changedAttributes.focusPopup || changedAttributes.rows || changedTiddlers[HEIGHT_MODE_TITLE] || changedTiddlers[ENABLE_TOOLBAR_TITLE]) {\n\t\t\tthis.refreshSelf();\n\t\t\treturn true;\n\t\t} else if(changedTiddlers[this.editTitle]) {\n\t\t\tvar editInfo = this.getEditInfo();\n\t\t\tthis.updateEditor(editInfo.value,editInfo.type);\n\t\t}\n\t\tthis.engine.fixHeight();\n\t\tif(this.editShowToolbar) {\n\t\t\treturn this.refreshChildren(changedTiddlers);\t\t\t\n\t\t} else {\n\t\t\treturn false;\n\t\t}\n\t};\n\n\t/*\n\tUpdate the editor with new text. This method is separate from updateEditorDomNode()\n\tso that subclasses can override updateEditor() and still use updateEditorDomNode()\n\t*/\n\tEditTextWidget.prototype.updateEditor = function(text,type) {\n\t\tthis.updateEditorDomNode(text,type);\n\t};\n\n\t/*\n\tUpdate the editor dom node with new text\n\t*/\n\tEditTextWidget.prototype.updateEditorDomNode = function(text,type) {\n\t\tthis.engine.setText(text,type);\n\t};\n\n\t/*\n\tSave changes back to the tiddler store\n\t*/\n\tEditTextWidget.prototype.saveChanges = function(text) {\n\t\tvar editInfo = this.getEditInfo();\n\t\tif(text !== editInfo.value) {\n\t\t\teditInfo.update(text);\n\t\t}\n\t};\n\n\t/*\n\tHandle a dom \"keydown\" event, which we'll bubble up to our container for the keyboard widgets benefit\n\t*/\n\tEditTextWidget.prototype.handleKeydownEvent = function(event) {\n\t\t// Check for a keyboard shortcut\n\t\tif(this.toolbarNode) {\n\t\t\tvar shortcutElements = this.toolbarNode.querySelectorAll(\"[data-tw-keyboard-shortcut]\");\n\t\t\tfor(var index=0; index<shortcutElements.length; index++) {\n\t\t\t\tvar el = shortcutElements[index],\n\t\t\t\t\tshortcutData = el.getAttribute(\"data-tw-keyboard-shortcut\"),\n\t\t\t\t\tkeyInfoArray = $tw.keyboardManager.parseKeyDescriptors(shortcutData,{\n\t\t\t\t\t\twiki: this.wiki\n\t\t\t\t\t});\n\t\t\t\tif($tw.keyboardManager.checkKeyDescriptors(event,keyInfoArray)) {\n\t\t\t\t\tvar clickEvent = this.document.createEvent(\"Events\");\n\t\t\t\t clickEvent.initEvent(\"click\",true,false);\n\t\t\t\t el.dispatchEvent(clickEvent);\n\t\t\t\t\tevent.preventDefault();\n\t\t\t\t\tevent.stopPropagation();\n\t\t\t\t\treturn true;\t\t\t\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\t// Propogate the event to the container\n\t\tif(this.propogateKeydownEvent(event)) {\n\t\t\t// Ignore the keydown if it was already handled\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t\treturn true;\n\t\t}\n\t\t// Otherwise, process the keydown normally\n\t\treturn false;\n\t};\n\n\t/*\n\tPropogate keydown events to our container for the keyboard widgets benefit\n\t*/\n\tEditTextWidget.prototype.propogateKeydownEvent = function(event) {\n\t\tvar newEvent = this.document.createEventObject ? this.document.createEventObject() : this.document.createEvent(\"Events\");\n\t\tif(newEvent.initEvent) {\n\t\t\tnewEvent.initEvent(\"keydown\", true, true);\n\t\t}\n\t\tnewEvent.keyCode = event.keyCode;\n\t\tnewEvent.which = event.which;\n\t\tnewEvent.metaKey = event.metaKey;\n\t\tnewEvent.ctrlKey = event.ctrlKey;\n\t\tnewEvent.altKey = event.altKey;\n\t\tnewEvent.shiftKey = event.shiftKey;\n\t\treturn !this.parentDomNode.dispatchEvent(newEvent);\n\t};\n\n\treturn EditTextWidget;\n\n}\n\nexports.editTextWidgetFactory = editTextWidgetFactory;\n\n})();\n",
"title": "$:/core/modules/editor/factory.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/core/modules/editor/operations/bitmap/clear.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/operations/bitmap/clear.js\ntype: application/javascript\nmodule-type: bitmapeditoroperation\n\nBitmap editor operation to clear the image\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"clear\"] = function(event) {\n\tvar ctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.globalAlpha = 1;\n\tctx.fillStyle = event.paramObject.colour || \"white\";\n\tctx.fillRect(0,0,this.canvasDomNode.width,this.canvasDomNode.height);\n\t// Save changes\n\tthis.strokeEnd();\n};\n\n})();\n",
"title": "$:/core/modules/editor/operations/bitmap/clear.js",
"type": "application/javascript",
"module-type": "bitmapeditoroperation"
},
"$:/core/modules/editor/operations/bitmap/resize.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/operations/bitmap/resize.js\ntype: application/javascript\nmodule-type: bitmapeditoroperation\n\nBitmap editor operation to resize the image\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"resize\"] = function(event) {\n\t// Get the new width\n\tvar newWidth = parseInt(event.paramObject.width || this.canvasDomNode.width,10),\n\t\tnewHeight = parseInt(event.paramObject.height || this.canvasDomNode.height,10);\n\t// Update if necessary\n\tif(newWidth > 0 && newHeight > 0 && !(newWidth === this.currCanvas.width && newHeight === this.currCanvas.height)) {\n\t\tthis.changeCanvasSize(newWidth,newHeight);\n\t}\n\t// Update the input controls\n\tthis.refreshToolbar();\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\n})();\n",
"title": "$:/core/modules/editor/operations/bitmap/resize.js",
"type": "application/javascript",
"module-type": "bitmapeditoroperation"
},
"$:/core/modules/editor/operations/text/excise.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/excise.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to excise the selection to a new tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"excise\"] = function(event,operation) {\n\tvar editTiddler = this.wiki.getTiddler(this.editTitle),\n\t\teditTiddlerTitle = this.editTitle;\n\tif(editTiddler && editTiddler.fields[\"draft.of\"]) {\n\t\teditTiddlerTitle = editTiddler.fields[\"draft.of\"];\n\t}\n\tvar excisionTitle = event.paramObject.title || this.wiki.generateNewTitle(\"New Excision\");\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\tthis.wiki.getCreationFields(),\n\t\tthis.wiki.getModificationFields(),\n\t\t{\n\t\t\ttitle: excisionTitle,\n\t\t\ttext: operation.selection,\n\t\t\ttags: event.paramObject.tagnew === \"yes\" ? [editTiddlerTitle] : []\n\t\t}\n\t));\n\toperation.replacement = excisionTitle;\n\tswitch(event.paramObject.type || \"transclude\") {\n\t\tcase \"transclude\":\n\t\t\toperation.replacement = \"{{\" + operation.replacement+ \"}}\";\n\t\t\tbreak;\n\t\tcase \"link\":\n\t\t\toperation.replacement = \"[[\" + operation.replacement+ \"]]\";\n\t\t\tbreak;\n\t\tcase \"macro\":\n\t\t\toperation.replacement = \"<<\" + (event.paramObject.macro || \"translink\") + \" \\\"\\\"\\\"\" + operation.replacement + \"\\\"\\\"\\\">>\";\n\t\t\tbreak;\n\t}\n\toperation.cutStart = operation.selStart;\n\toperation.cutEnd = operation.selEnd;\n\toperation.newSelStart = operation.selStart;\n\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n};\n\n})();\n",
"title": "$:/core/modules/editor/operations/text/excise.js",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/make-link.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/make-link.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to make a link\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"make-link\"] = function(event,operation) {\n\tif(operation.selection) {\n\t\toperation.replacement = \"[[\" + operation.selection + \"|\" + event.paramObject.text + \"]]\";\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t} else {\n\t\toperation.replacement = \"[[\" + event.paramObject.text + \"]]\";\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t}\n\toperation.newSelStart = operation.selStart + operation.replacement.length;\n\toperation.newSelEnd = operation.newSelStart;\n};\n\n})();\n",
"title": "$:/core/modules/editor/operations/text/make-link.js",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/prefix-lines.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/prefix-lines.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to add a prefix to the selected lines\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"prefix-lines\"] = function(event,operation) {\n\t// Cut just past the preceding line break, or the start of the text\n\toperation.cutStart = $tw.utils.findPrecedingLineBreak(operation.text,operation.selStart);\n\t// Cut to just past the following line break, or to the end of the text\n\toperation.cutEnd = $tw.utils.findFollowingLineBreak(operation.text,operation.selEnd);\n\t// Compose the required prefix\n\tvar prefix = $tw.utils.repeat(event.paramObject.character,event.paramObject.count);\n\t// Process each line\n\tvar lines = operation.text.substring(operation.cutStart,operation.cutEnd).split(/\\r?\\n/mg);\n\t$tw.utils.each(lines,function(line,index) {\n\t\t// Remove and count any existing prefix characters\n\t\tvar count = 0;\n\t\twhile(line.charAt(0) === event.paramObject.character) {\n\t\t\tline = line.substring(1);\n\t\t\tcount++;\n\t\t}\n\t\t// Remove any whitespace\n\t\twhile(line.charAt(0) === \" \") {\n\t\t\tline = line.substring(1);\n\t\t}\n\t\t// We're done if we removed the exact required prefix, otherwise add it\n\t\tif(count !== event.paramObject.count) {\n\t\t\t// Apply the prefix\n\t\t\tline = prefix + \" \" + line;\n\t\t}\n\t\t// Save the modified line\n\t\tlines[index] = line;\n\t});\n\t// Stitch the replacement text together and set the selection\n\toperation.replacement = lines.join(\"\\n\");\n\tif(lines.length === 1) {\n\t\toperation.newSelStart = operation.cutStart + operation.replacement.length;\n\t\toperation.newSelEnd = operation.newSelStart;\n\t} else {\n\t\toperation.newSelStart = operation.cutStart;\n\t\toperation.newSelEnd = operation.newSelStart + operation.replacement.length;\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/editor/operations/text/prefix-lines.js",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/replace-all.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/replace-all.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to replace the entire text\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"replace-all\"] = function(event,operation) {\n\toperation.cutStart = 0;\n\toperation.cutEnd = operation.text.length;\n\toperation.replacement = event.paramObject.text;\n\toperation.newSelStart = 0;\n\toperation.newSelEnd = operation.replacement.length;\n};\n\n})();\n",
"title": "$:/core/modules/editor/operations/text/replace-all.js",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/replace-selection.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/replace-selection.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to replace the selection\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"replace-selection\"] = function(event,operation) {\n\toperation.replacement = event.paramObject.text;\n\toperation.cutStart = operation.selStart;\n\toperation.cutEnd = operation.selEnd;\n\toperation.newSelStart = operation.selStart;\n\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n};\n\n})();\n",
"title": "$:/core/modules/editor/operations/text/replace-selection.js",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/wrap-lines.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/wrap-lines.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to wrap the selected lines with a prefix and suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"wrap-lines\"] = function(event,operation) {\n\t// Cut just past the preceding line break, or the start of the text\n\toperation.cutStart = $tw.utils.findPrecedingLineBreak(operation.text,operation.selStart);\n\t// Cut to just past the following line break, or to the end of the text\n\toperation.cutEnd = $tw.utils.findFollowingLineBreak(operation.text,operation.selEnd);\n\t// Add the prefix and suffix\n\toperation.replacement = event.paramObject.prefix + \"\\n\" +\n\t\t\t\toperation.text.substring(operation.cutStart,operation.cutEnd) + \"\\n\" +\n\t\t\t\tevent.paramObject.suffix + \"\\n\";\n\toperation.newSelStart = operation.cutStart + event.paramObject.prefix.length + 1;\n\toperation.newSelEnd = operation.newSelStart + (operation.cutEnd - operation.cutStart);\n};\n\n})();\n",
"title": "$:/core/modules/editor/operations/text/wrap-lines.js",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/wrap-selection.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/wrap-selection.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to wrap the selection with the specified prefix and suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"wrap-selection\"] = function(event,operation) {\n\tif(operation.selStart === operation.selEnd) {\n\t\t// No selection; check if we're within the prefix/suffix\n\t\tif(operation.text.substring(operation.selStart - event.paramObject.prefix.length,operation.selStart + event.paramObject.suffix.length) === event.paramObject.prefix + event.paramObject.suffix) {\n\t\t\t// Remove the prefix and suffix unless they comprise the entire text\n\t\t\tif(operation.selStart > event.paramObject.prefix.length || (operation.selEnd + event.paramObject.suffix.length) < operation.text.length ) {\n\t\t\t\toperation.cutStart = operation.selStart - event.paramObject.prefix.length;\n\t\t\t\toperation.cutEnd = operation.selEnd + event.paramObject.suffix.length;\n\t\t\t\toperation.replacement = \"\";\n\t\t\t\toperation.newSelStart = operation.cutStart;\n\t\t\t\toperation.newSelEnd = operation.newSelStart;\n\t\t\t}\n\t\t} else {\n\t\t\t// Wrap the cursor instead\n\t\t\toperation.cutStart = operation.selStart;\n\t\t\toperation.cutEnd = operation.selEnd;\n\t\t\toperation.replacement = event.paramObject.prefix + event.paramObject.suffix;\n\t\t\toperation.newSelStart = operation.selStart + event.paramObject.prefix.length;\n\t\t\toperation.newSelEnd = operation.newSelStart;\n\t\t}\n\t} else if(operation.text.substring(operation.selStart,operation.selStart + event.paramObject.prefix.length) === event.paramObject.prefix && operation.text.substring(operation.selEnd - event.paramObject.suffix.length,operation.selEnd) === event.paramObject.suffix) {\n\t\t// Prefix and suffix are already present, so remove them\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t\toperation.replacement = operation.selection.substring(event.paramObject.prefix.length,operation.selection.length - event.paramObject.suffix.length);\n\t\toperation.newSelStart = operation.selStart;\n\t\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n\t} else {\n\t\t// Add the prefix and suffix\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t\toperation.replacement = event.paramObject.prefix + operation.selection + event.paramObject.suffix;\n\t\toperation.newSelStart = operation.selStart;\n\t\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/editor/operations/text/wrap-selection.js",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/filters/addprefix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/addprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a prefix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(operator.operand + title);\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/addprefix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/addsuffix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/addsuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a suffix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addsuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title + operator.operand);\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/addsuffix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/after.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/after.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is after the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.after = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index === -1 || index > (results.length - 2)) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index + 1]];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/after.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/all/current.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/current.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar currTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(currTiddlerTitle) {\n\t\treturn [currTiddlerTitle];\n\t} else {\n\t\treturn [];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/current.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/missing.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/missing.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\treturn options.wiki.getMissingTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/missing.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/orphans.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/orphans.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[orphans]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphans = function(source,prefix,options) {\n\treturn options.wiki.getOrphanTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/orphans.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/shadows.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/shadows.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[shadows]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadows = function(source,prefix,options) {\n\treturn options.wiki.allShadowTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/shadows.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/tags.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/tags.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[tags]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tags = function(source,prefix,options) {\n\treturn Object.keys(options.wiki.getTagMap());\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/tags.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/tiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/tiddlers.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddlers = function(source,prefix,options) {\n\treturn options.wiki.allTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/tiddlers.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for selecting tiddlers\n\n[all[shadows+tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar allFilterOperators;\n\nfunction getAllFilterOperators() {\n\tif(!allFilterOperators) {\n\t\tallFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"allfilteroperator\",allFilterOperators);\n\t}\n\treturn allFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.all = function(source,operator,options) {\n\t// Get our suboperators\n\tvar allFilterOperators = getAllFilterOperators();\n\t// Cycle through the suboperators accumulating their results\n\tvar results = [],\n\t\tsubops = operator.operand.split(\"+\");\n\t// Check for common optimisations\n\tif(subops.length === 1 && subops[0] === \"\") {\n\t\treturn source;\n\t} else if(subops.length === 1 && subops[0] === \"tiddlers\") {\n\t\treturn options.wiki.each;\n\t} else if(subops.length === 1 && subops[0] === \"shadows\") {\n\t\treturn options.wiki.eachShadow;\n\t} else if(subops.length === 2 && subops[0] === \"tiddlers\" && subops[1] === \"shadows\") {\n\t\treturn options.wiki.eachTiddlerPlusShadows;\n\t} else if(subops.length === 2 && subops[0] === \"shadows\" && subops[1] === \"tiddlers\") {\n\t\treturn options.wiki.eachShadowPlusTiddlers;\n\t}\n\t// Do it the hard way\n\tfor(var t=0; t<subops.length; t++) {\n\t\tvar subop = allFilterOperators[subops[t]];\n\t\tif(subop) {\n\t\t\t$tw.utils.pushTop(results,subop(source,operator.prefix,options));\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/all.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/backlinks.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/backlinks.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the backlinks from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.backlinks = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerBacklinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/backlinks.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/before.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/before.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is before the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.before = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index <= 0) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index - 1]];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/before.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/commands.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/commands.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the commands available in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.commands = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.commands,function(commandInfo,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/commands.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/count.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/count.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the number of entries in the current list.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.count = function(source,operator,options) {\n\tvar count = 0;\n\tsource(function(tiddler,title) {\n\t\tcount++;\n\t});\n\treturn [count + \"\"];\n};\n\n})();\n",
"title": "$:/core/modules/filters/count.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/days.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/days.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects tiddlers with a specified date field within a specified date interval.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.days = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldName = operator.suffix || \"modified\",\n\t\tdayInterval = (parseInt(operator.operand,10)||0),\n\t\tdayIntervalSign = $tw.utils.sign(dayInterval),\n\t\ttargetTimeStamp = (new Date()).setHours(0,0,0,0) + 1000*60*60*24*dayInterval,\n\t\tisWithinDays = function(dateField) {\n\t\t\tvar sign = $tw.utils.sign(targetTimeStamp - (new Date(dateField)).setHours(0,0,0,0));\n\t\t\treturn sign === 0 || sign === dayIntervalSign;\n\t\t};\n\n\tif(operator.prefix === \"!\") {\n\t\ttargetTimeStamp = targetTimeStamp - 1000*60*60*24*dayIntervalSign;\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\t\tif(!isWithinDays($tw.utils.parseDate(tiddler.fields[fieldName]))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\t\tif(isWithinDays($tw.utils.parseDate(tiddler.fields[fieldName]))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/days.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/each.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/each.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique value of the specified field.\nWith suffix \"list\", selects all tiddlers that are values in a specified list field.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.each = function(source,operator,options) {\n\tvar results =[] ,\n\t\tvalue,values = {},\n\t\tfield = operator.operand || \"title\";\n\tif(operator.suffix !== \"list-item\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\tvalue = (field === \"title\") ? title : tiddler.getFieldString(field);\n\t\t\t\tif(!$tw.utils.hop(values,value)) {\n\t\t\t\t\tvalues[value] = true;\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\t$tw.utils.each(\n\t\t\t\t\toptions.wiki.getTiddlerList(title,field),\n\t\t\t\t\tfunction(value) {\n\t\t\t\t\t\tif(!$tw.utils.hop(values,value)) {\n\t\t\t\t\t\t\tvalues[value] = true;\n\t\t\t\t\t\t\tresults.push(value);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/each.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/eachday.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/eachday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique day covered by the specified date field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.eachday = function(source,operator,options) {\n\tvar results = [],\n\t\tvalues = [],\n\t\tfieldName = operator.operand || \"modified\";\n\t// Function to convert a date/time to a date integer\n\tvar toDate = function(value) {\n\t\tvalue = (new Date(value)).setHours(0,0,0,0);\n\t\treturn value+0;\n\t};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\tvar value = toDate($tw.utils.parseDate(tiddler.fields[fieldName]));\n\t\t\tif(values.indexOf(value) === -1) {\n\t\t\t\tvalues.push(value);\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/eachday.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/editiondescription.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/editiondescription.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the descriptions of the specified edition names\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.editiondescription = function(source,operator,options) {\n\tvar results = [],\n\t\teditionInfo = $tw.utils.getEditionInfo();\n\tif(editionInfo) {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(editionInfo,title)) {\n\t\t\t\tresults.push(editionInfo[title].description || \"\");\t\t\t\t\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/editiondescription.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/editions.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/editions.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the available editions in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.editions = function(source,operator,options) {\n\tvar results = [],\n\t\teditionInfo = $tw.utils.getEditionInfo();\n\tif(editionInfo) {\n\t\t$tw.utils.each(editionInfo,function(info,name) {\n\t\t\tresults.push(name);\n\t\t});\n\t}\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/editions.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/decodeuricomponent.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/decodeuricomponent.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for applying decodeURIComponent() to each item.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter functions\n*/\n\nexports.decodeuricomponent = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(decodeURIComponent(title));\n\t});\n\treturn results;\n};\n\nexports.encodeuricomponent = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(encodeURIComponent(title));\n\t});\n\treturn results;\n};\n\nexports.decodeuri = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(decodeURI(title));\n\t});\n\treturn results;\n};\n\nexports.encodeuri = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(encodeURI(title));\n\t});\n\treturn results;\n};\n\nexports.decodehtml = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.htmlDecode(title));\n\t});\n\treturn results;\n};\n\nexports.encodehtml = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.htmlEncode(title));\n\t});\n\treturn results;\n};\n\nexports.stringify = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.stringify(title));\n\t});\n\treturn results;\n};\n\nexports.escaperegexp = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.escapeRegExp(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/decodeuricomponent.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/enlist.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/enlist.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning its operand parsed as a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.enlist = function(source,operator,options) {\n\tvar list = $tw.utils.parseStringArray(operator.operand);\n\tif(operator.prefix === \"!\") {\n\t\tvar results = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t\treturn results;\n\t} else {\n\t\treturn list;\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/enlist.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/field.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/field.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.field = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || operator.operator || \"title\").toLowerCase();\n\tif(operator.prefix === \"!\") {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text !== operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !!operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text === operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/field.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/fields.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/fields.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the fields on the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.fields = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tfor(var fieldName in tiddler.fields) {\n\t\t\t\t$tw.utils.pushTop(results,fieldName);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/fields.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/get.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/get.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for replacing tiddler titles by the value of the field specified in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.get = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tvar value = tiddler.getFieldString(operator.operand);\n\t\t\tif(value) {\n\t\t\t\tresults.push(value);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/get.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/getindex.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/getindex.js\ntype: application/javascript\nmodule-type: filteroperator\n\nreturns the value at a given index of datatiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.getindex = function(source,operator,options) {\n\tvar data,title,results = [];\n\tif(operator.operand){\n\t\tsource(function(tiddler,title) {\n\t\t\ttitle = tiddler ? tiddler.fields.title : title;\n\t\t\tdata = options.wiki.extractTiddlerDataItem(tiddler,operator.operand);\n\t\t\tif(data) {\n\t\t\t\tresults.push(data);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/getindex.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/has.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/has.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a tiddler has the specified field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.has = function(source,operator,options) {\n\tvar results = [],\n\t\tinvert = operator.prefix === \"!\";\n\n\tif(operator.suffix === \"field\") {\n\t\tif(invert) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(!tiddler || (tiddler && (!$tw.utils.hop(tiddler.fields,operator.operand)))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && $tw.utils.hop(tiddler.fields,operator.operand)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tif(invert) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(!tiddler || !$tw.utils.hop(tiddler.fields,operator.operand) || (tiddler.fields[operator.operand] === \"\")) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && $tw.utils.hop(tiddler.fields,operator.operand) && !(tiddler.fields[operator.operand] === \"\" || tiddler.fields[operator.operand].length === 0)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/has.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/haschanged.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/haschanged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returns tiddlers from the list that have a non-zero changecount.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.haschanged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.getChangeCount(title) === 0) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.getChangeCount(title) > 0) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/haschanged.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/indexes.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/indexes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the indexes of a data tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.indexes = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar data = options.wiki.getTiddlerDataCached(title);\n\t\tif(data) {\n\t\t\t$tw.utils.pushTop(results,Object.keys(data));\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/indexes.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/insertbefore.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/insertbefore.js\ntype: application/javascript\nmodule-type: filteroperator\n\nInsert an item before another item in a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nOrder a list\n*/\nexports.insertbefore = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar target = options.widget && options.widget.getVariable(operator.suffix || \"currentTiddler\");\n\tif(target !== operator.operand) {\n\t\t// Remove the entry from the list if it is present\n\t\tvar pos = results.indexOf(operator.operand);\n\t\tif(pos !== -1) {\n\t\t\tresults.splice(pos,1);\n\t\t}\n\t\t// Insert the entry before the target marker\n\t\tpos = results.indexOf(target);\n\t\tif(pos !== -1) {\n\t\t\tresults.splice(pos,0,operator.operand);\n\t\t} else {\n\t\t\tresults.push(operator.operand);\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/insertbefore.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/is/current.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/current.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar results = [],\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title !== currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title === currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/current.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/image.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/image.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[image]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.image = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/image.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/missing.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/missing.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/missing.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/orphan.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/orphan.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[orphan]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphan = function(source,prefix,options) {\n\tvar results = [],\n\t\torphanTitles = options.wiki.getOrphanTitles();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) !== -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/orphan.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/shadow.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/shadow.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[shadow]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadow = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/shadow.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/system.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/system.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[system]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.system = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/system.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/tag.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/tag.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tag]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,prefix,options) {\n\tvar results = [],\n\t\ttagMap = options.wiki.getTagMap();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!$tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/tag.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/tiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/tiddler.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tiddler]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddler = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/tiddler.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking tiddler properties\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar isFilterOperators;\n\nfunction getIsFilterOperators() {\n\tif(!isFilterOperators) {\n\t\tisFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"isfilteroperator\",isFilterOperators);\n\t}\n\treturn isFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.is = function(source,operator,options) {\n\t// Dispatch to the correct isfilteroperator\n\tvar isFilterOperators = getIsFilterOperators();\n\tif(operator.operand) {\n\t\tvar isFilterOperator = isFilterOperators[operator.operand];\n\t\tif(isFilterOperator) {\n\t\t\treturn isFilterOperator(source,operator.prefix,options);\n\t\t} else {\n\t\t\treturn [$tw.language.getString(\"Error/IsFilterOperator\")];\n\t\t}\n\t} else {\n\t\t// Return all tiddlers if the operand is missing\n\t\tvar results = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.push(title);\n\t\t});\n\t\treturn results;\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/is.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/limit.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/limit.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for chopping the results to a specified maximum number of entries\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.limit = function(source,operator,options) {\n\tvar results = [];\n\t// Convert to an array\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\t// Slice the array if necessary\n\tvar limit = Math.min(results.length,parseInt(operator.operand,10));\n\tif(operator.prefix === \"!\") {\n\t\tresults = results.slice(-limit);\n\t} else {\n\t\tresults = results.slice(0,limit);\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/limit.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/links.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/links.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the links from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.links = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerLinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/links.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/list.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/list.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddlers whose title is listed in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.list = function(source,operator,options) {\n\tvar results = [],\n\t\ttr = $tw.utils.parseTextReference(operator.operand),\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\"),\n\t\tlist = options.wiki.getTiddlerList(tr.title || currTiddlerTitle,tr.field,tr.index);\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults = list;\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/list.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/listed.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/listed.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that have the selected tiddlers in a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.listed = function(source,operator,options) {\n\tvar field = operator.operand || \"list\",\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.findListingsOfTiddler(title,field));\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/listed.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/listops.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/listops.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operators for manipulating the current selection list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nOrder a list\n*/\nexports.order = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.operand.toLowerCase() === \"reverse\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.unshift(title);\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.push(title);\n\t\t});\t\t\n\t}\n\treturn results;\n};\n\n/*\nReverse list\n*/\nexports.reverse = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.unshift(title);\n\t});\n\treturn results;\n};\n\n/*\nFirst entry/entries in list\n*/\nexports.first = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,count);\n};\n\n/*\nLast entry/entries in list\n*/\nexports.last = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(-count);\n};\n\n/*\nAll but the first entry/entries of the list\n*/\nexports.rest = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count);\n};\nexports.butfirst = exports.rest;\nexports.bf = exports.rest;\n\n/*\nAll but the last entry/entries of the list\n*/\nexports.butlast = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,-count);\n};\nexports.bl = exports.butlast;\n\n/*\nThe nth member of the list\n*/\nexports.nth = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count - 1,count);\n};\n\n})();\n",
"title": "$:/core/modules/filters/listops.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/minlength.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/minlength.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for filtering out titles that don't meet the minimum length in the operand\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.minlength = function(source,operator,options) {\n\tvar results = [],\n\t\tminLength = parseInt(operator.operand || \"\",10) || 0;\n\tsource(function(tiddler,title) {\n\t\tif(title.length >= minLength) {\n\t\t\tresults.push(title);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/minlength.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/modules.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/modules.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the modules of a given type in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.modules = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.each($tw.modules.types[title],function(moduleInfo,moduleName) {\n\t\t\tresults.push(moduleName);\n\t\t});\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/modules.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/moduletypes.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/moduletypes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the module types in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.moduletypes = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.modules.types,function(moduleInfo,type) {\n\t\tresults.push(type);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/moduletypes.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/next.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/next.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs next in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.next = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch++;\n\t\tif(match > 0 && match < list.length) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/next.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/plugintiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/plugintiddlers.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the shadow tiddlers within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.plugintiddlers = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar pluginInfo = options.wiki.getPluginInfo(title) || options.wiki.getTiddlerDataCached(title,{tiddlers:[]});\n\t\tif(pluginInfo && pluginInfo.tiddlers) {\n\t\t\t$tw.utils.each(pluginInfo.tiddlers,function(fields,title) {\n\t\t\t\tresults.push(title);\n\t\t\t});\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/plugintiddlers.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/prefix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/prefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title starts with a prefix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.prefix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/prefix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/previous.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/previous.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs immediately prior in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.previous = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch--;\n\t\tif(match >= 0) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/previous.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/regexp.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/regexp.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for regexp matching\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.regexp = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || \"title\").toLowerCase(),\n\t\tregexpString, regexp, flags = \"\", match,\n\t\tgetFieldString = function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\treturn tiddler.getFieldString(fieldname);\n\t\t\t} else if(fieldname === \"title\") {\n\t\t\t\treturn title;\n\t\t\t} else {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t};\n\t// Process flags and construct regexp\n\tregexpString = operator.operand;\n\tmatch = /^\\(\\?([gim]+)\\)/.exec(regexpString);\n\tif(match) {\n\t\tflags = match[1];\n\t\tregexpString = regexpString.substr(match[0].length);\n\t} else {\n\t\tmatch = /\\(\\?([gim]+)\\)$/.exec(regexpString);\n\t\tif(match) {\n\t\t\tflags = match[1];\n\t\t\tregexpString = regexpString.substr(0,regexpString.length - match[0].length);\n\t\t}\n\t}\n\ttry {\n\t\tregexp = new RegExp(regexpString,flags);\n\t} catch(e) {\n\t\treturn [\"\" + e];\n\t}\n\t// Process the incoming tiddlers\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/regexp.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/removeprefix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/removeprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a prefix from each title in the list. Titles that do not start with the prefix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removeprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/removeprefix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/removesuffix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/removesuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a suffix from each title in the list. Titles that do not end with the suffix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removesuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(0,title.length - operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/removesuffix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/sameday.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/sameday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects tiddlers with a modified date field on the same day as the provided value.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sameday = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldName = operator.suffix || \"modified\",\n\t\ttargetDate = (new Date($tw.utils.parseDate(operator.operand))).setHours(0,0,0,0);\n\t// Function to convert a date/time to a date integer\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tif(tiddler.getFieldDay(fieldName) === targetDate) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/sameday.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/search.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/search.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for searching for the text in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.search = function(source,operator,options) {\n\tvar invert = operator.prefix === \"!\";\n\tif(operator.suffix) {\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert,\n\t\t\tfield: operator.suffix\n\t\t});\n\t} else {\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert\n\t\t});\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/search.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/shadowsource.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/shadowsource.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the source plugins for shadow tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadowsource = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar source = options.wiki.getShadowSource(title);\n\t\tif(source) {\n\t\t\t$tw.utils.pushTop(results,source);\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/shadowsource.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/sort.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/sort.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for sorting\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,false);\n\treturn results;\n};\n\nexports.nsort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,true);\n\treturn results;\n};\n\nexports.sortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,false);\n\treturn results;\n};\n\nexports.nsortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,true);\n\treturn results;\n};\n\nvar prepare_results = function (source) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/sort.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/splitbefore.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/splitbefore.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that splits each result on the first occurance of the specified separator and returns the unique values.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.splitbefore = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar parts = title.split(operator.operand);\n\t\tif(parts.length === 1) {\n\t\t\t$tw.utils.pushTop(results,parts[0]);\n\t\t} else {\n\t\t\t$tw.utils.pushTop(results,parts[0] + operator.operand);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/splitbefore.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/storyviews.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/storyviews.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the story views in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.storyviews = function(source,operator,options) {\n\tvar results = [],\n\t\tstoryviews = {};\n\t$tw.modules.applyMethods(\"storyview\",storyviews);\n\t$tw.utils.each(storyviews,function(info,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/storyviews.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/suffix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/suffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title ends with a suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.suffix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/suffix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tag.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/tag.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking for the presence of a tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,operator,options) {\n\tvar results = [];\n\tif((operator.suffix || \"\").toLowerCase() === \"strict\" && !operator.operand) {\n\t\t// New semantics:\n\t\t// Always return copy of input if operator.operand is missing\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.push(title);\n\t\t});\n\t} else {\n\t\t// Old semantics:\n\t\tif(operator.prefix === \"!\") {\n\t\t\t// Returns a copy of the input if operator.operand is missing\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && !tiddler.hasTag(operator.operand)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\t// Returns empty results if operator.operand is missing\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && tiddler.hasTag(operator.operand)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t\tresults = options.wiki.sortByList(results,operator.operand);\n\t\t}\t\t\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/tag.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tagging.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/tagging.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that are tagged with the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tagging = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlersWithTag(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/tagging.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tags.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/tags.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the tags of the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tags = function(source,operator,options) {\n\tvar tags = {};\n\tsource(function(tiddler,title) {\n\t\tvar t, length;\n\t\tif(tiddler && tiddler.fields.tags) {\n\t\t\tfor(t=0, length=tiddler.fields.tags.length; t<length; t++) {\n\t\t\t\ttags[tiddler.fields.tags[t]] = true;\n\t\t\t}\n\t\t}\n\t});\n\treturn Object.keys(tags);\n};\n\n})();\n",
"title": "$:/core/modules/filters/tags.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/title.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/title.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing title fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.title = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields.title !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults.push(operator.operand);\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/title.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/untagged.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/untagged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the selected tiddlers that are untagged\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.untagged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && $tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length > 0) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!tiddler || !tiddler.hasField(\"tags\") || ($tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length === 0)) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/untagged.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/wikiparserrules.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/wikiparserrules.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the wiki parser rules in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.wikiparserrules = function(source,operator,options) {\n\tvar results = [],\n\t\toperand = operator.operand;\n\t$tw.utils.each($tw.modules.types.wikirule,function(mod) {\n\t\tvar exp = mod.exports;\n\t\tif(!operand || exp.types[operand]) {\n\t\t\tresults.push(exp.name);\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/wikiparserrules.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/x-listops.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/x-listops.js\ntype: application/javascript\nmodule-type: filteroperator\n\nExtended filter operators to manipulate the current list.\n\n\\*/\n(function () {\n\n /*jslint node: true, browser: true */\n /*global $tw: false */\n \"use strict\";\n\n /*\n Fetch titles from the current list\n */\n var prepare_results = function (source) {\n var results = [];\n source(function (tiddler, title) {\n results.push(title);\n });\n return results;\n };\n\n /*\n Moves a number of items from the tail of the current list before the item named in the operand\n */\n exports.putbefore = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = parseInt(operator.suffix) || 1;\n return (index === -1) ?\n results.slice(0, -1) :\n results.slice(0, index).concat(results.slice(-count)).concat(results.slice(index, -count));\n };\n\n /*\n Moves a number of items from the tail of the current list after the item named in the operand\n */\n exports.putafter = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = parseInt(operator.suffix) || 1;\n return (index === -1) ?\n results.slice(0, -1) :\n results.slice(0, index + 1).concat(results.slice(-count)).concat(results.slice(index + 1, -count));\n };\n\n /*\n Replaces the item named in the operand with a number of items from the tail of the current list\n */\n exports.replace = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = parseInt(operator.suffix) || 1;\n return (index === -1) ?\n results.slice(0, -count) :\n results.slice(0, index).concat(results.slice(-count)).concat(results.slice(index + 1, -count));\n };\n\n /*\n Moves a number of items from the tail of the current list to the head of the list\n */\n exports.putfirst = function (source, operator) {\n var results = prepare_results(source),\n count = parseInt(operator.suffix) || 1;\n return results.slice(-count).concat(results.slice(0, -count));\n };\n\n /*\n Moves a number of items from the head of the current list to the tail of the list\n */\n exports.putlast = function (source, operator) {\n var results = prepare_results(source),\n count = parseInt(operator.suffix) || 1;\n return results.slice(count).concat(results.slice(0, count));\n };\n\n /*\n Moves the item named in the operand a number of places forward or backward in the list\n */\n exports.move = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = parseInt(operator.suffix) || 1,\n marker = results.splice(index, 1),\n offset = (index + count) > 0 ? index + count : 0;\n return results.slice(0, offset).concat(marker).concat(results.slice(offset));\n };\n\n /*\n Returns the items from the current list that are after the item named in the operand\n */\n exports.allafter = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand);\n return (index === -1 || index > (results.length - 2)) ? [] :\n (operator.suffix) ? results.slice(index) :\n results.slice(index + 1);\n };\n\n /*\n Returns the items from the current list that are before the item named in the operand\n */\n exports.allbefore = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand);\n return (index <= 0) ? [] :\n (operator.suffix) ? results.slice(0, index + 1) :\n results.slice(0, index);\n };\n\n /*\n Appends the items listed in the operand array to the tail of the current list\n */\n exports.append = function (source, operator) {\n var append = $tw.utils.parseStringArray(operator.operand, \"true\"),\n results = prepare_results(source),\n count = parseInt(operator.suffix) || append.length;\n return (append.length === 0) ? results :\n (operator.prefix) ? results.concat(append.slice(-count)) :\n results.concat(append.slice(0, count));\n };\n\n /*\n Prepends the items listed in the operand array to the head of the current list\n */\n exports.prepend = function (source, operator) {\n var prepend = $tw.utils.parseStringArray(operator.operand, \"true\"),\n results = prepare_results(source),\n count = parseInt(operator.suffix) || prepend.length;\n return (prepend.length === 0) ? results :\n (operator.prefix) ? prepend.slice(-count).concat(results) :\n prepend.slice(0, count).concat(results);\n };\n\n /*\n Returns all items from the current list except the items listed in the operand array\n */\n exports.remove = function (source, operator) {\n var array = $tw.utils.parseStringArray(operator.operand, \"true\"),\n results = prepare_results(source),\n count = parseInt(operator.suffix) || array.length,\n p,\n len,\n index;\n len = array.length - 1;\n for (p = 0; p < count; ++p) {\n if (operator.prefix) {\n index = results.indexOf(array[len - p]);\n } else {\n index = results.indexOf(array[p]);\n }\n if (index !== -1) {\n results.splice(index, 1);\n }\n }\n return results;\n };\n\n /*\n Returns all items from the current list sorted in the order of the items in the operand array\n */\n exports.sortby = function (source, operator) {\n var results = prepare_results(source);\n if (!results || results.length < 2) {\n return results;\n }\n var lookup = $tw.utils.parseStringArray(operator.operand, \"true\");\n results.sort(function (a, b) {\n return lookup.indexOf(a) - lookup.indexOf(b);\n });\n return results;\n };\n\n /*\n Removes all duplicate items from the current list\n */\n exports.unique = function (source, operator) {\n var results = prepare_results(source);\n var set = results.reduce(function (a, b) {\n if (a.indexOf(b) < 0) {\n a.push(b);\n }\n return a;\n }, []);\n return set;\n };\n})();\n",
"title": "$:/core/modules/filters/x-listops.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters.js": {
"text": "/*\\\ntitle: $:/core/modules/filters.js\ntype: application/javascript\nmodule-type: wikimethod\n\nAdds tiddler filtering methods to the $tw.Wiki object.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParses an operation (i.e. a run) within a filter string\n\toperators: Array of array of operator nodes into which results should be inserted\n\tfilterString: filter string\n\tp: start position within the string\nReturns the new start position, after the parsed operation\n*/\nfunction parseFilterOperation(operators,filterString,p) {\n\tvar nextBracketPos, operator;\n\t// Skip the starting square bracket\n\tif(filterString.charAt(p++) !== \"[\") {\n\t\tthrow \"Missing [ in filter expression\";\n\t}\n\t// Process each operator in turn\n\tdo {\n\t\toperator = {};\n\t\t// Check for an operator prefix\n\t\tif(filterString.charAt(p) === \"!\") {\n\t\t\toperator.prefix = filterString.charAt(p++);\n\t\t}\n\t\t// Get the operator name\n\t\tnextBracketPos = filterString.substring(p).search(/[\\[\\{<\\/]/);\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing [ in filter expression\";\n\t\t}\n\t\tnextBracketPos += p;\n\t\tvar bracket = filterString.charAt(nextBracketPos);\n\t\toperator.operator = filterString.substring(p,nextBracketPos);\n\n\t\t// Any suffix?\n\t\tvar colon = operator.operator.indexOf(':');\n\t\tif(colon > -1) {\n\t\t\toperator.suffix = operator.operator.substring(colon + 1);\n\t\t\toperator.operator = operator.operator.substring(0,colon) || \"field\";\n\t\t}\n\t\t// Empty operator means: title\n\t\telse if(operator.operator === \"\") {\n\t\t\toperator.operator = \"title\";\n\t\t}\n\n\t\tp = nextBracketPos + 1;\n\t\tswitch (bracket) {\n\t\t\tcase \"{\": // Curly brackets\n\t\t\t\toperator.indirect = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\"}\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"[\": // Square brackets\n\t\t\t\tnextBracketPos = filterString.indexOf(\"]\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"<\": // Angle brackets\n\t\t\t\toperator.variable = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\">\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"/\": // regexp brackets\n\t\t\t\tvar rex = /^((?:[^\\\\\\/]*|\\\\.)*)\\/(?:\\(([mygi]+)\\))?/g,\n\t\t\t\t\trexMatch = rex.exec(filterString.substring(p));\n\t\t\t\tif(rexMatch) {\n\t\t\t\t\toperator.regexp = new RegExp(rexMatch[1], rexMatch[2]);\n// DEPRECATION WARNING\nconsole.log(\"WARNING: Filter\",operator.operator,\"has a deprecated regexp operand\",operator.regexp);\n\t\t\t\t\tnextBracketPos = p + rex.lastIndex - 1;\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tthrow \"Unterminated regular expression in filter expression\";\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing closing bracket in filter expression\";\n\t\t}\n\t\tif(!operator.regexp) {\n\t\t\toperator.operand = filterString.substring(p,nextBracketPos);\n\t\t}\n\t\tp = nextBracketPos + 1;\n\n\t\t// Push this operator\n\t\toperators.push(operator);\n\t} while(filterString.charAt(p) !== \"]\");\n\t// Skip the ending square bracket\n\tif(filterString.charAt(p++) !== \"]\") {\n\t\tthrow \"Missing ] in filter expression\";\n\t}\n\t// Return the parsing position\n\treturn p;\n}\n\n/*\nParse a filter string\n*/\nexports.parseFilter = function(filterString) {\n\tfilterString = filterString || \"\";\n\tvar results = [], // Array of arrays of operator nodes {operator:,operand:}\n\t\tp = 0, // Current position in the filter string\n\t\tmatch;\n\tvar whitespaceRegExp = /(\\s+)/mg,\n\t\toperandRegExp = /((?:\\+|\\-)?)(?:(\\[)|(?:\"([^\"]*)\")|(?:'([^']*)')|([^\\s\\[\\]]+))/mg;\n\twhile(p < filterString.length) {\n\t\t// Skip any whitespace\n\t\twhitespaceRegExp.lastIndex = p;\n\t\tmatch = whitespaceRegExp.exec(filterString);\n\t\tif(match && match.index === p) {\n\t\t\tp = p + match[0].length;\n\t\t}\n\t\t// Match the start of the operation\n\t\tif(p < filterString.length) {\n\t\t\toperandRegExp.lastIndex = p;\n\t\t\tmatch = operandRegExp.exec(filterString);\n\t\t\tif(!match || match.index !== p) {\n\t\t\t\tthrow $tw.language.getString(\"Error/FilterSyntax\");\n\t\t\t}\n\t\t\tvar operation = {\n\t\t\t\tprefix: \"\",\n\t\t\t\toperators: []\n\t\t\t};\n\t\t\tif(match[1]) {\n\t\t\t\toperation.prefix = match[1];\n\t\t\t\tp++;\n\t\t\t}\n\t\t\tif(match[2]) { // Opening square bracket\n\t\t\t\tp = parseFilterOperation(operation.operators,filterString,p);\n\t\t\t} else {\n\t\t\t\tp = match.index + match[0].length;\n\t\t\t}\n\t\t\tif(match[3] || match[4] || match[5]) { // Double quoted string, single quoted string or unquoted title\n\t\t\t\toperation.operators.push(\n\t\t\t\t\t{operator: \"title\", operand: match[3] || match[4] || match[5]}\n\t\t\t\t);\n\t\t\t}\n\t\t\tresults.push(operation);\n\t\t}\n\t}\n\treturn results;\n};\n\nexports.getFilterOperators = function() {\n\tif(!this.filterOperators) {\n\t\t$tw.Wiki.prototype.filterOperators = {};\n\t\t$tw.modules.applyMethods(\"filteroperator\",this.filterOperators);\n\t}\n\treturn this.filterOperators;\n};\n\nexports.filterTiddlers = function(filterString,widget,source) {\n\tvar fn = this.compileFilter(filterString);\n\treturn fn.call(this,source,widget);\n};\n\n/*\nCompile a filter into a function with the signature fn(source,widget) where:\nsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\nwidget: an optional widget node for retrieving the current tiddler etc.\n*/\nexports.compileFilter = function(filterString) {\n\tvar filterParseTree;\n\ttry {\n\t\tfilterParseTree = this.parseFilter(filterString);\n\t} catch(e) {\n\t\treturn function(source,widget) {\n\t\t\treturn [$tw.language.getString(\"Error/Filter\") + \": \" + e];\n\t\t};\n\t}\n\t// Get the hashmap of filter operator functions\n\tvar filterOperators = this.getFilterOperators();\n\t// Assemble array of functions, one for each operation\n\tvar operationFunctions = [];\n\t// Step through the operations\n\tvar self = this;\n\t$tw.utils.each(filterParseTree,function(operation) {\n\t\t// Create a function for the chain of operators in the operation\n\t\tvar operationSubFunction = function(source,widget) {\n\t\t\tvar accumulator = source,\n\t\t\t\tresults = [],\n\t\t\t\tcurrTiddlerTitle = widget && widget.getVariable(\"currentTiddler\");\n\t\t\t$tw.utils.each(operation.operators,function(operator) {\n\t\t\t\tvar operand = operator.operand,\n\t\t\t\t\toperatorFunction;\n\t\t\t\tif(!operator.operator) {\n\t\t\t\t\toperatorFunction = filterOperators.title;\n\t\t\t\t} else if(!filterOperators[operator.operator]) {\n\t\t\t\t\toperatorFunction = filterOperators.field;\n\t\t\t\t} else {\n\t\t\t\t\toperatorFunction = filterOperators[operator.operator];\n\t\t\t\t}\n\t\t\t\tif(operator.indirect) {\n\t\t\t\t\toperand = self.getTextReference(operator.operand,\"\",currTiddlerTitle);\n\t\t\t\t}\n\t\t\t\tif(operator.variable) {\n\t\t\t\t\toperand = widget.getVariable(operator.operand,{defaultValue: \"\"});\n\t\t\t\t}\n\t\t\t\t// Invoke the appropriate filteroperator module\n\t\t\t\tresults = operatorFunction(accumulator,{\n\t\t\t\t\t\t\toperator: operator.operator,\n\t\t\t\t\t\t\toperand: operand,\n\t\t\t\t\t\t\tprefix: operator.prefix,\n\t\t\t\t\t\t\tsuffix: operator.suffix,\n\t\t\t\t\t\t\tregexp: operator.regexp\n\t\t\t\t\t\t},{\n\t\t\t\t\t\t\twiki: self,\n\t\t\t\t\t\t\twidget: widget\n\t\t\t\t\t\t});\n\t\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\t\taccumulator = self.makeTiddlerIterator(results);\n\t\t\t\t} else {\n\t\t\t\t\taccumulator = results;\n\t\t\t\t}\n\t\t\t});\n\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\treturn results;\n\t\t\t} else {\n\t\t\t\tvar resultArray = [];\n\t\t\t\tresults(function(tiddler,title) {\n\t\t\t\t\tresultArray.push(title);\n\t\t\t\t});\n\t\t\t\treturn resultArray;\n\t\t\t}\n\t\t};\n\t\t// Wrap the operator functions in a wrapper function that depends on the prefix\n\t\toperationFunctions.push((function() {\n\t\t\tswitch(operation.prefix || \"\") {\n\t\t\t\tcase \"\": // No prefix means that the operation is unioned into the result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"-\": // The results of this operation are removed from the main result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.removeArrayEntries(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"+\": // This operation is applied to the main results so far\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t// This replaces all the elements of the array, but keeps the actual array so that references to it are preserved\n\t\t\t\t\t\tsource = self.makeTiddlerIterator(results);\n\t\t\t\t\t\tresults.splice(0,results.length);\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t}\n\t\t})());\n\t});\n\t// Return a function that applies the operations to a source iterator of tiddler titles\n\treturn $tw.perf.measure(\"filter\",function filterFunction(source,widget) {\n\t\tif(!source) {\n\t\t\tsource = self.each;\n\t\t} else if(typeof source === \"object\") { // Array or hashmap\n\t\t\tsource = self.makeTiddlerIterator(source);\n\t\t}\n\t\tvar results = [];\n\t\t$tw.utils.each(operationFunctions,function(operationFunction) {\n\t\t\toperationFunction(results,source,widget);\n\t\t});\n\t\treturn results;\n\t});\n};\n\n})();\n",
"title": "$:/core/modules/filters.js",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/core/modules/info/platform.js": {
"text": "/*\\\ntitle: $:/core/modules/info/platform.js\ntype: application/javascript\nmodule-type: info\n\nInitialise basic platform $:/info/ tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.getInfoTiddlerFields = function() {\n\tvar mapBoolean = function(value) {return value ? \"yes\" : \"no\";},\n\t\tinfoTiddlerFields = [];\n\t// Basics\n\tinfoTiddlerFields.push({title: \"$:/info/browser\", text: mapBoolean(!!$tw.browser)});\n\tinfoTiddlerFields.push({title: \"$:/info/node\", text: mapBoolean(!!$tw.node)});\n\t// Document location\n\tif($tw.browser) {\n\t\tvar setLocationProperty = function(name,value) {\n\t\t\t\tinfoTiddlerFields.push({title: \"$:/info/url/\" + name, text: value});\t\t\t\n\t\t\t},\n\t\t\tlocation = document.location;\n\t\tsetLocationProperty(\"full\", (location.toString()).split(\"#\")[0]);\n\t\tsetLocationProperty(\"host\", location.host);\n\t\tsetLocationProperty(\"hostname\", location.hostname);\n\t\tsetLocationProperty(\"protocol\", location.protocol);\n\t\tsetLocationProperty(\"port\", location.port);\n\t\tsetLocationProperty(\"pathname\", location.pathname);\n\t\tsetLocationProperty(\"search\", location.search);\n\t\tsetLocationProperty(\"origin\", location.origin);\n\t}\n\treturn infoTiddlerFields;\n};\n\n})();\n",
"title": "$:/core/modules/info/platform.js",
"type": "application/javascript",
"module-type": "info"
},
"$:/core/modules/keyboard.js": {
"text": "/*\\\ntitle: $:/core/modules/keyboard.js\ntype: application/javascript\nmodule-type: global\n\nKeyboard handling utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar namedKeys = {\n\t\"cancel\": 3,\n\t\"help\": 6,\n\t\"backspace\": 8,\n\t\"tab\": 9,\n\t\"clear\": 12,\n\t\"return\": 13,\n\t\"enter\": 13,\n\t\"pause\": 19,\n\t\"escape\": 27,\n\t\"space\": 32,\n\t\"page_up\": 33,\n\t\"page_down\": 34,\n\t\"end\": 35,\n\t\"home\": 36,\n\t\"left\": 37,\n\t\"up\": 38,\n\t\"right\": 39,\n\t\"down\": 40,\n\t\"printscreen\": 44,\n\t\"insert\": 45,\n\t\"delete\": 46,\n\t\"0\": 48,\n\t\"1\": 49,\n\t\"2\": 50,\n\t\"3\": 51,\n\t\"4\": 52,\n\t\"5\": 53,\n\t\"6\": 54,\n\t\"7\": 55,\n\t\"8\": 56,\n\t\"9\": 57,\n\t\"firefoxsemicolon\": 59,\n\t\"firefoxequals\": 61,\n\t\"a\": 65,\n\t\"b\": 66,\n\t\"c\": 67,\n\t\"d\": 68,\n\t\"e\": 69,\n\t\"f\": 70,\n\t\"g\": 71,\n\t\"h\": 72,\n\t\"i\": 73,\n\t\"j\": 74,\n\t\"k\": 75,\n\t\"l\": 76,\n\t\"m\": 77,\n\t\"n\": 78,\n\t\"o\": 79,\n\t\"p\": 80,\n\t\"q\": 81,\n\t\"r\": 82,\n\t\"s\": 83,\n\t\"t\": 84,\n\t\"u\": 85,\n\t\"v\": 86,\n\t\"w\": 87,\n\t\"x\": 88,\n\t\"y\": 89,\n\t\"z\": 90,\n\t\"numpad0\": 96,\n\t\"numpad1\": 97,\n\t\"numpad2\": 98,\n\t\"numpad3\": 99,\n\t\"numpad4\": 100,\n\t\"numpad5\": 101,\n\t\"numpad6\": 102,\n\t\"numpad7\": 103,\n\t\"numpad8\": 104,\n\t\"numpad9\": 105,\n\t\"multiply\": 106,\n\t\"add\": 107,\n\t\"separator\": 108,\n\t\"subtract\": 109,\n\t\"decimal\": 110,\n\t\"divide\": 111,\n\t\"f1\": 112,\n\t\"f2\": 113,\n\t\"f3\": 114,\n\t\"f4\": 115,\n\t\"f5\": 116,\n\t\"f6\": 117,\n\t\"f7\": 118,\n\t\"f8\": 119,\n\t\"f9\": 120,\n\t\"f10\": 121,\n\t\"f11\": 122,\n\t\"f12\": 123,\n\t\"f13\": 124,\n\t\"f14\": 125,\n\t\"f15\": 126,\n\t\"f16\": 127,\n\t\"f17\": 128,\n\t\"f18\": 129,\n\t\"f19\": 130,\n\t\"f20\": 131,\n\t\"f21\": 132,\n\t\"f22\": 133,\n\t\"f23\": 134,\n\t\"f24\": 135,\n\t\"firefoxminus\": 173,\n\t\"semicolon\": 186,\n\t\"equals\": 187,\n\t\"comma\": 188,\n\t\"dash\": 189,\n\t\"period\": 190,\n\t\"slash\": 191,\n\t\"backquote\": 192,\n\t\"openbracket\": 219,\n\t\"backslash\": 220,\n\t\"closebracket\": 221,\n\t\"quote\": 222\n};\n\nfunction KeyboardManager(options) {\n\tvar self = this;\n\toptions = options || \"\";\n\t// Save the named key hashmap\n\tthis.namedKeys = namedKeys;\n\t// Create a reverse mapping of code to keyname\n\tthis.keyNames = [];\n\t$tw.utils.each(namedKeys,function(keyCode,name) {\n\t\tself.keyNames[keyCode] = name.substr(0,1).toUpperCase() + name.substr(1);\n\t});\n\t// Save the platform-specific name of the \"meta\" key\n\tthis.metaKeyName = $tw.platform.isMac ? \"cmd-\" : \"win-\";\n}\n\n/*\nReturn an array of keycodes for the modifier keys ctrl, shift, alt, meta\n*/\nKeyboardManager.prototype.getModifierKeys = function() {\n\treturn [\n\t\t16, // Shift\n\t\t17, // Ctrl\n\t\t18, // Alt\n\t\t20, // CAPS LOCK\n\t\t91, // Meta (left)\n\t\t93, // Meta (right)\n\t\t224 // Meta (Firefox)\n\t]\n};\n\n/*\nParses a key descriptor into the structure:\n{\n\tkeyCode: numeric keycode\n\tshiftKey: boolean\n\taltKey: boolean\n\tctrlKey: boolean\n\tmetaKey: boolean\n}\nKey descriptors have the following format:\n\tctrl+enter\n\tctrl+shift+alt+A\n*/\nKeyboardManager.prototype.parseKeyDescriptor = function(keyDescriptor) {\n\tvar components = keyDescriptor.split(/\\+|\\-/),\n\t\tinfo = {\n\t\t\tkeyCode: 0,\n\t\t\tshiftKey: false,\n\t\t\taltKey: false,\n\t\t\tctrlKey: false,\n\t\t\tmetaKey: false\n\t\t};\n\tfor(var t=0; t<components.length; t++) {\n\t\tvar s = components[t].toLowerCase(),\n\t\t\tc = s.charCodeAt(0);\n\t\t// Look for modifier keys\n\t\tif(s === \"ctrl\") {\n\t\t\tinfo.ctrlKey = true;\n\t\t} else if(s === \"shift\") {\n\t\t\tinfo.shiftKey = true;\n\t\t} else if(s === \"alt\") {\n\t\t\tinfo.altKey = true;\n\t\t} else if(s === \"meta\" || s === \"cmd\" || s === \"win\") {\n\t\t\tinfo.metaKey = true;\n\t\t}\n\t\t// Replace named keys with their code\n\t\tif(this.namedKeys[s]) {\n\t\t\tinfo.keyCode = this.namedKeys[s];\n\t\t}\n\t}\n\tif(info.keyCode) {\n\t\treturn info;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nParse a list of key descriptors into an array of keyInfo objects. The key descriptors can be passed as an array of strings or a space separated string\n*/\nKeyboardManager.prototype.parseKeyDescriptors = function(keyDescriptors,options) {\n\tvar self = this;\n\toptions = options || {};\n\toptions.stack = options.stack || [];\n\tvar wiki = options.wiki || $tw.wiki;\n\tif(typeof keyDescriptors === \"string\" && keyDescriptors === \"\") {\n\t\treturn [];\n\t}\n\tif(!$tw.utils.isArray(keyDescriptors)) {\n\t\tkeyDescriptors = keyDescriptors.split(\" \");\n\t}\n\tvar result = [];\n\t$tw.utils.each(keyDescriptors,function(keyDescriptor) {\n\t\t// Look for a named shortcut\n\t\tif(keyDescriptor.substr(0,2) === \"((\" && keyDescriptor.substr(-2,2) === \"))\") {\n\t\t\tif(options.stack.indexOf(keyDescriptor) === -1) {\n\t\t\t\toptions.stack.push(keyDescriptor);\n\t\t\t\tvar name = keyDescriptor.substring(2,keyDescriptor.length - 2),\n\t\t\t\t\tlookupName = function(configName) {\n\t\t\t\t\t\tvar keyDescriptors = wiki.getTiddlerText(\"$:/config/\" + configName + \"/\" + name);\n\t\t\t\t\t\tif(keyDescriptors) {\n\t\t\t\t\t\t\tresult.push.apply(result,self.parseKeyDescriptors(keyDescriptors,options));\n\t\t\t\t\t\t}\n\t\t\t\t\t};\n\t\t\t\tlookupName(\"shortcuts\");\n\t\t\t\tlookupName($tw.platform.isMac ? \"shortcuts-mac\" : \"shortcuts-not-mac\");\n\t\t\t\tlookupName($tw.platform.isWindows ? \"shortcuts-windows\" : \"shortcuts-not-windows\");\n\t\t\t\tlookupName($tw.platform.isLinux ? \"shortcuts-linux\" : \"shortcuts-not-linux\");\n\t\t\t}\n\t\t} else {\n\t\t\tresult.push(self.parseKeyDescriptor(keyDescriptor));\n\t\t}\n\t});\n\treturn result;\n};\n\nKeyboardManager.prototype.getPrintableShortcuts = function(keyInfoArray) {\n\tvar self = this,\n\t\tresult = [];\n\t$tw.utils.each(keyInfoArray,function(keyInfo) {\n\t\tif(keyInfo) {\n\t\t\tresult.push((keyInfo.ctrlKey ? \"ctrl-\" : \"\") + \n\t\t\t\t (keyInfo.shiftKey ? \"shift-\" : \"\") + \n\t\t\t\t (keyInfo.altKey ? \"alt-\" : \"\") + \n\t\t\t\t (keyInfo.metaKey ? self.metaKeyName : \"\") + \n\t\t\t\t (self.keyNames[keyInfo.keyCode]));\n\t\t}\n\t});\n\treturn result;\n}\n\nKeyboardManager.prototype.checkKeyDescriptor = function(event,keyInfo) {\n\treturn keyInfo &&\n\t\t\tevent.keyCode === keyInfo.keyCode && \n\t\t\tevent.shiftKey === keyInfo.shiftKey && \n\t\t\tevent.altKey === keyInfo.altKey && \n\t\t\tevent.ctrlKey === keyInfo.ctrlKey && \n\t\t\tevent.metaKey === keyInfo.metaKey;\n};\n\nKeyboardManager.prototype.checkKeyDescriptors = function(event,keyInfoArray) {\n\tfor(var t=0; t<keyInfoArray.length; t++) {\n\t\tif(this.checkKeyDescriptor(event,keyInfoArray[t])) {\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\nexports.KeyboardManager = KeyboardManager;\n\n})();\n",
"title": "$:/core/modules/keyboard.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/language.js": {
"text": "/*\\\ntitle: $:/core/modules/language.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Language() manages translateable strings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate an instance of the language manager. Options include:\nwiki: wiki from which to retrieve translation tiddlers\n*/\nfunction Language(options) {\n\toptions = options || \"\";\n\tthis.wiki = options.wiki || $tw.wiki;\n}\n\n/*\nReturn a wikified translateable string. The title is automatically prefixed with \"$:/language/\"\nOptions include:\nvariables: optional hashmap of variables to supply to the language wikification\n*/\nLanguage.prototype.getString = function(title,options) {\n\toptions = options || {};\n\ttitle = \"$:/language/\" + title;\n\treturn this.wiki.renderTiddler(\"text/plain\",title,{variables: options.variables});\n};\n\n/*\nReturn a raw, unwikified translateable string. The title is automatically prefixed with \"$:/language/\"\n*/\nLanguage.prototype.getRawString = function(title) {\n\ttitle = \"$:/language/\" + title;\n\treturn this.wiki.getTiddlerText(title);\n};\n\nexports.Language = Language;\n\n})();\n",
"title": "$:/core/modules/language.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/macros/changecount.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/changecount.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the changecount for the current tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"changecount\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn this.wiki.getChangeCount(this.getVariable(\"currentTiddler\")) + \"\";\n};\n\n})();\n",
"title": "$:/core/modules/macros/changecount.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/contrastcolour.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/contrastcolour.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to choose which of two colours has the highest contrast with a base colour\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"contrastcolour\";\n\nexports.params = [\n\t{name: \"target\"},\n\t{name: \"fallbackTarget\"},\n\t{name: \"colourA\"},\n\t{name: \"colourB\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(target,fallbackTarget,colourA,colourB) {\n\tvar rgbTarget = $tw.utils.parseCSSColor(target) || $tw.utils.parseCSSColor(fallbackTarget);\n\tif(!rgbTarget) {\n\t\treturn colourA;\n\t}\n\tvar rgbColourA = $tw.utils.parseCSSColor(colourA),\n\t\trgbColourB = $tw.utils.parseCSSColor(colourB);\n\tif(rgbColourA && !rgbColourB) {\n\t\treturn rgbColourA;\n\t}\n\tif(rgbColourB && !rgbColourA) {\n\t\treturn rgbColourB;\n\t}\n\tif(!rgbColourA && !rgbColourB) {\n\t\t// If neither colour is readable, return a crude inverse of the target\n\t\treturn [255 - rgbTarget[0],255 - rgbTarget[1],255 - rgbTarget[2],rgbTarget[3]];\n\t}\n\t// Colour brightness formula derived from http://www.w3.org/WAI/ER/WD-AERT/#color-contrast\n\tvar brightnessTarget = rgbTarget[0] * 0.299 + rgbTarget[1] * 0.587 + rgbTarget[2] * 0.114,\n\t\tbrightnessA = rgbColourA[0] * 0.299 + rgbColourA[1] * 0.587 + rgbColourA[2] * 0.114,\n\t\tbrightnessB = rgbColourB[0] * 0.299 + rgbColourB[1] * 0.587 + rgbColourB[2] * 0.114;\n\treturn Math.abs(brightnessTarget - brightnessA) > Math.abs(brightnessTarget - brightnessB) ? colourA : colourB;\n};\n\n})();\n",
"title": "$:/core/modules/macros/contrastcolour.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/csvtiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/csvtiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to CSV\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"csvtiddlers\";\n\nexports.params = [\n\t{name: \"filter\"},\n\t{name: \"format\"},\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter,format) {\n\tvar self = this,\n\t\ttiddlers = this.wiki.filterTiddlers(filter),\n\t\ttiddler,\n\t\tfields = [],\n\t\tt,f;\n\t// Collect all the fields\n\tfor(t=0;t<tiddlers.length; t++) {\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\tfor(f in tiddler.fields) {\n\t\t\tif(fields.indexOf(f) === -1) {\n\t\t\t\tfields.push(f);\n\t\t\t}\n\t\t}\n\t}\n\t// Sort the fields and bring the standard ones to the front\n\tfields.sort();\n\t\"title text modified modifier created creator\".split(\" \").reverse().forEach(function(value,index) {\n\t\tvar p = fields.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tfields.splice(p,1);\n\t\t\tfields.unshift(value)\n\t\t}\n\t});\n\t// Output the column headings\n\tvar output = [], row = [];\n\tfields.forEach(function(value) {\n\t\trow.push(quoteAndEscape(value))\n\t});\n\toutput.push(row.join(\",\"));\n\t// Output each tiddler\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\trow = [];\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\t\tfor(f=0; f<fields.length; f++) {\n\t\t\t\trow.push(quoteAndEscape(tiddler ? tiddler.getFieldString(fields[f]) || \"\" : \"\"));\n\t\t\t}\n\t\toutput.push(row.join(\",\"));\n\t}\n\treturn output.join(\"\\n\");\n};\n\nfunction quoteAndEscape(value) {\n\treturn \"\\\"\" + value.replace(/\"/mg,\"\\\"\\\"\") + \"\\\"\";\n}\n\n})();\n",
"title": "$:/core/modules/macros/csvtiddlers.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/displayshortcuts.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/displayshortcuts.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to display a list of keyboard shortcuts in human readable form. Notably, it resolves named shortcuts like `((bold))` to the underlying keystrokes.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"displayshortcuts\";\n\nexports.params = [\n\t{name: \"shortcuts\"},\n\t{name: \"prefix\"},\n\t{name: \"separator\"},\n\t{name: \"suffix\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(shortcuts,prefix,separator,suffix) {\n\tvar shortcutArray = $tw.keyboardManager.getPrintableShortcuts($tw.keyboardManager.parseKeyDescriptors(shortcuts,{\n\t\twiki: this.wiki\n\t}));\n\tif(shortcutArray.length > 0) {\n\t\tshortcutArray.sort(function(a,b) {\n\t\t return a.toLowerCase().localeCompare(b.toLowerCase());\n\t\t})\n\t\treturn prefix + shortcutArray.join(separator) + suffix;\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/macros/displayshortcuts.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/dumpvariables.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/dumpvariables.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to dump all active variable values\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"dumpvariables\";\n\nexports.params = [\n];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\tvar output = [\"|!Variable |!Value |\"],\n\t\tvariables = [], variable;\n\tfor(variable in this.variables) {\n\t\tvariables.push(variable);\n\t}\n\tvariables.sort();\n\tfor(var index=0; index<variables.length; index++) {\n\t\tvar variable = variables[index];\n\t\toutput.push(\"|\" + variable + \" |<input size=50 value=<<\" + variable + \">>/> |\")\n\t}\n\treturn output.join(\"\\n\");\n};\n\n})();\n",
"title": "$:/core/modules/macros/dumpvariables.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/jsontiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/jsontiddler.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output a single tiddler to JSON\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"jsontiddler\";\n\nexports.params = [\n\t{name: \"title\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(title) {\n\ttitle = title || this.getVariable(\"currentTiddler\");\n\tvar tiddler = !!title && this.wiki.getTiddler(title),\n\t\tfields = new Object();\n\tif(tiddler) {\n\t\tfor(var field in tiddler.fields) {\n\t\t\tfields[field] = tiddler.getFieldString(field);\n\t\t}\n\t}\n\treturn JSON.stringify(fields,null,$tw.config.preferences.jsonSpaces);\n};\n\n})();\n",
"title": "$:/core/modules/macros/jsontiddler.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/jsontiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/jsontiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to JSON\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"jsontiddlers\";\n\nexports.params = [\n\t{name: \"filter\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter) {\n\tvar tiddlers = this.wiki.filterTiddlers(filter),\n\t\tdata = [];\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\tvar tiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\tif(tiddler) {\n\t\t\tvar fields = new Object();\n\t\t\tfor(var field in tiddler.fields) {\n\t\t\t\tfields[field] = tiddler.getFieldString(field);\n\t\t\t}\n\t\t\tdata.push(fields);\n\t\t}\n\t}\n\treturn JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n};\n\n})();\n",
"title": "$:/core/modules/macros/jsontiddlers.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/makedatauri.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/makedatauri.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to convert a string of text to a data URI\n\n<<makedatauri text:\"Text to be converted\" type:\"text/vnd.tiddlywiki\">>\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"makedatauri\";\n\nexports.params = [\n\t{name: \"text\"},\n\t{name: \"type\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(text,type) {\n\treturn $tw.utils.makeDataUri(text,type);\n};\n\n})();\n",
"title": "$:/core/modules/macros/makedatauri.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/now.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/now.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return a formatted version of the current time\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"now\";\n\nexports.params = [\n\t{name: \"format\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(format) {\n\treturn $tw.utils.formatDateString(new Date(),format || \"0hh:0mm, DDth MMM YYYY\");\n};\n\n})();\n",
"title": "$:/core/modules/macros/now.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/qualify.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/qualify.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to qualify a state tiddler title according\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"qualify\";\n\nexports.params = [\n\t{name: \"title\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(title) {\n\treturn title + \"-\" + this.getStateQualifier();\n};\n\n})();\n",
"title": "$:/core/modules/macros/qualify.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/resolvepath.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/resolvepath.js\ntype: application/javascript\nmodule-type: macro\n\nResolves a relative path for an absolute rootpath.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"resolvepath\";\n\nexports.params = [\n\t{name: \"source\"},\n\t{name: \"root\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(source, root) {\n\treturn $tw.utils.resolvePath(source, root);\n};\n\n})();\n",
"title": "$:/core/modules/macros/resolvepath.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/version.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/version.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the TiddlyWiki core version number\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"version\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn $tw.version;\n};\n\n})();\n",
"title": "$:/core/modules/macros/version.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/parsers/audioparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/audioparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe audio parser parses an audio tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar AudioParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"audio\",\n\t\t\tattributes: {\n\t\t\t\tcontrols: {type: \"string\", value: \"controls\"}\n\t\t\t}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"audio/ogg\"] = AudioParser;\nexports[\"audio/mpeg\"] = AudioParser;\nexports[\"audio/mp3\"] = AudioParser;\nexports[\"audio/mp4\"] = AudioParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/audioparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/csvparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/csvparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe CSV text parser processes CSV files into a table wrapped in a scrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CsvParser = function(type,text,options) {\n\t// Table framework\n\tthis.tree = [{\n\t\t\"type\": \"scrollable\", \"children\": [{\n\t\t\t\"type\": \"element\", \"tag\": \"table\", \"children\": [{\n\t\t\t\t\"type\": \"element\", \"tag\": \"tbody\", \"children\": []\n\t\t\t}], \"attributes\": {\n\t\t\t\t\"class\": {\"type\": \"string\", \"value\": \"tc-csv-table\"}\n\t\t\t}\n\t\t}]\n\t}];\n\t// Split the text into lines\n\tvar lines = text.split(/\\r?\\n/mg),\n\t\ttag = \"th\";\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar lineText = lines[line];\n\t\tif(lineText) {\n\t\t\tvar row = {\n\t\t\t\t\t\"type\": \"element\", \"tag\": \"tr\", \"children\": []\n\t\t\t\t};\n\t\t\tvar columns = lineText.split(\",\");\n\t\t\tfor(var column=0; column<columns.length; column++) {\n\t\t\t\trow.children.push({\n\t\t\t\t\t\t\"type\": \"element\", \"tag\": tag, \"children\": [{\n\t\t\t\t\t\t\t\"type\": \"text\",\n\t\t\t\t\t\t\t\"text\": columns[column]\n\t\t\t\t\t\t}]\n\t\t\t\t\t});\n\t\t\t}\n\t\t\ttag = \"td\";\n\t\t\tthis.tree[0].children[0].children[0].children.push(row);\n\t\t}\n\t}\n};\n\nexports[\"text/csv\"] = CsvParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/csvparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/htmlparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/htmlparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe HTML parser displays text as raw HTML\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HtmlParser = function(type,text,options) {\n\tvar src;\n\tif(options._canonical_uri) {\n\t\tsrc = options._canonical_uri;\n\t} else if(text) {\n\t\tsrc = \"data:text/html;charset=utf-8,\" + encodeURIComponent(text);\n\t}\n\tthis.tree = [{\n\t\ttype: \"element\",\n\t\ttag: \"iframe\",\n\t\tattributes: {\n\t\t\tsrc: {type: \"string\", value: src},\n\t\t\tsandbox: {type: \"string\", value: \"\"}\n\t\t}\n\t}];\n};\n\nexports[\"text/html\"] = HtmlParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/htmlparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/imageparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/imageparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe image parser parses an image into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ImageParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"img\",\n\t\t\tattributes: {}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\tif(type === \"image/svg+xml\" || type === \".svg\") {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:image/svg+xml,\" + encodeURIComponent(text)};\n\t\t} else {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t\t}\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"image/svg+xml\"] = ImageParser;\nexports[\"image/jpg\"] = ImageParser;\nexports[\"image/jpeg\"] = ImageParser;\nexports[\"image/png\"] = ImageParser;\nexports[\"image/gif\"] = ImageParser;\nexports[\"image/x-icon\"] = ImageParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/imageparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/utils/parseutils.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/parseutils.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions concerned with parsing text into tokens.\n\nMost functions have the following pattern:\n\n* The parameters are:\n** `source`: the source string being parsed\n** `pos`: the current parse position within the string\n** Any further parameters are used to identify the token that is being parsed\n* The return value is:\n** null if the token was not found at the specified position\n** an object representing the token with the following standard fields:\n*** `type`: string indicating the type of the token\n*** `start`: start position of the token in the source string\n*** `end`: end position of the token in the source string\n*** Any further fields required to describe the token\n\nThe exception is `skipWhiteSpace`, which just returns the position after the whitespace.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for a whitespace token. Returns null if not found, otherwise returns {type: \"whitespace\", start:, end:,}\n*/\nexports.parseWhiteSpace = function(source,pos) {\n\tvar p = pos,c;\n\twhile(true) {\n\t\tc = source.charAt(p);\n\t\tif((c === \" \") || (c === \"\\f\") || (c === \"\\n\") || (c === \"\\r\") || (c === \"\\t\") || (c === \"\\v\") || (c === \"\\u00a0\")) { // Ignores some obscure unicode spaces\n\t\t\tp++;\n\t\t} else {\n\t\t\tbreak;\n\t\t}\n\t}\n\tif(p === pos) {\n\t\treturn null;\n\t} else {\n\t\treturn {\n\t\t\ttype: \"whitespace\",\n\t\t\tstart: pos,\n\t\t\tend: p\n\t\t}\n\t}\n};\n\n/*\nConvenience wrapper for parseWhiteSpace. Returns the position after the whitespace\n*/\nexports.skipWhiteSpace = function(source,pos) {\n\tvar c;\n\twhile(true) {\n\t\tc = source.charAt(pos);\n\t\tif((c === \" \") || (c === \"\\f\") || (c === \"\\n\") || (c === \"\\r\") || (c === \"\\t\") || (c === \"\\v\") || (c === \"\\u00a0\")) { // Ignores some obscure unicode spaces\n\t\t\tpos++;\n\t\t} else {\n\t\t\treturn pos;\n\t\t}\n\t}\n};\n\n/*\nLook for a given string token. Returns null if not found, otherwise returns {type: \"token\", value:, start:, end:,}\n*/\nexports.parseTokenString = function(source,pos,token) {\n\tvar match = source.indexOf(token,pos) === pos;\n\tif(match) {\n\t\treturn {\n\t\t\ttype: \"token\",\n\t\t\tvalue: token,\n\t\t\tstart: pos,\n\t\t\tend: pos + token.length\n\t\t};\n\t}\n\treturn null;\n};\n\n/*\nLook for a token matching a regex. Returns null if not found, otherwise returns {type: \"regexp\", match:, start:, end:,}\n*/\nexports.parseTokenRegExp = function(source,pos,reToken) {\n\tvar node = {\n\t\ttype: \"regexp\",\n\t\tstart: pos\n\t};\n\treToken.lastIndex = pos;\n\tnode.match = reToken.exec(source);\n\tif(node.match && node.match.index === pos) {\n\t\tnode.end = pos + node.match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a string literal. Returns null if not found, otherwise returns {type: \"string\", value:, start:, end:,}\n*/\nexports.parseStringLiteral = function(source,pos) {\n\tvar node = {\n\t\ttype: \"string\",\n\t\tstart: pos\n\t};\n\tvar reString = /(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\")|(?:'([^']*)')/g;\n\treString.lastIndex = pos;\n\tvar match = reString.exec(source);\n\tif(match && match.index === pos) {\n\t\tnode.value = match[1] !== undefined ? match[1] :(\n\t\t\tmatch[2] !== undefined ? match[2] : match[3] \n\t\t\t\t\t);\n\t\tnode.end = pos + match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a macro invocation parameter. Returns null if not found, or {type: \"macro-parameter\", name:, value:, start:, end:}\n*/\nexports.parseMacroParameter = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macro-parameter\",\n\t\tstart: pos\n\t};\n\t// Define our regexp\n\tvar reMacroParameter = /(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\\s>\"'=]+)))/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the parameter\n\tvar token = $tw.utils.parseTokenRegExp(source,pos,reMacroParameter);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the parameter details\n\tnode.value = token.match[2] !== undefined ? token.match[2] : (\n\t\t\t\t\ttoken.match[3] !== undefined ? token.match[3] : (\n\t\t\t\t\t\ttoken.match[4] !== undefined ? token.match[4] : (\n\t\t\t\t\t\t\ttoken.match[5] !== undefined ? token.match[5] : (\n\t\t\t\t\t\t\t\ttoken.match[6] !== undefined ? token.match[6] : (\n\t\t\t\t\t\t\t\t\t\"\"\n\t\t\t\t\t\t\t\t)\n\t\t\t\t\t\t\t)\n\t\t\t\t\t\t)\n\t\t\t\t\t)\n\t\t\t\t);\n\tif(token.match[1]) {\n\t\tnode.name = token.match[1];\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for a macro invocation. Returns null if not found, or {type: \"macrocall\", name:, parameters:, start:, end:}\n*/\nexports.parseMacroInvocation = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macrocall\",\n\t\tstart: pos,\n\t\tparams: []\n\t};\n\t// Define our regexps\n\tvar reMacroName = /([^\\s>\"'=]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double less than sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"<<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the macro name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reMacroName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Process parameters\n\tvar parameter = $tw.utils.parseMacroParameter(source,pos);\n\twhile(parameter) {\n\t\tnode.params.push(parameter);\n\t\tpos = parameter.end;\n\t\t// Get the next parameter\n\t\tparameter = $tw.utils.parseMacroParameter(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">>\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for an HTML attribute definition. Returns null if not found, otherwise returns {type: \"attribute\", name:, valueType: \"string|indirect|macro\", value:, start:, end:,}\n*/\nexports.parseAttribute = function(source,pos) {\n\tvar node = {\n\t\tstart: pos\n\t};\n\t// Define our regexps\n\tvar reAttributeName = /([^\\/\\s>\"'=]+)/g,\n\t\treUnquotedAttribute = /([^\\/\\s<>\"'=]+)/g,\n\t\treFilteredValue = /\\{\\{\\{(.+?)\\}\\}\\}/g,\n\t\treIndirectValue = /\\{\\{([^\\}]+)\\}\\}/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the attribute name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reAttributeName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for an equals sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"=\");\n\tif(token) {\n\t\tpos = token.end;\n\t\t// Skip whitespace\n\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t// Look for a string literal\n\t\tvar stringLiteral = $tw.utils.parseStringLiteral(source,pos);\n\t\tif(stringLiteral) {\n\t\t\tpos = stringLiteral.end;\n\t\t\tnode.type = \"string\";\n\t\t\tnode.value = stringLiteral.value;\n\t\t} else {\n\t\t\t// Look for a filtered value\n\t\t\tvar filteredValue = $tw.utils.parseTokenRegExp(source,pos,reFilteredValue);\n\t\t\tif(filteredValue) {\n\t\t\t\tpos = filteredValue.end;\n\t\t\t\tnode.type = \"filtered\";\n\t\t\t\tnode.filter = filteredValue.match[1];\n\t\t\t} else {\n\t\t\t\t// Look for an indirect value\n\t\t\t\tvar indirectValue = $tw.utils.parseTokenRegExp(source,pos,reIndirectValue);\n\t\t\t\tif(indirectValue) {\n\t\t\t\t\tpos = indirectValue.end;\n\t\t\t\t\tnode.type = \"indirect\";\n\t\t\t\t\tnode.textReference = indirectValue.match[1];\n\t\t\t\t} else {\n\t\t\t\t\t// Look for a unquoted value\n\t\t\t\t\tvar unquotedValue = $tw.utils.parseTokenRegExp(source,pos,reUnquotedAttribute);\n\t\t\t\t\tif(unquotedValue) {\n\t\t\t\t\t\tpos = unquotedValue.end;\n\t\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\t\tnode.value = unquotedValue.match[1];\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// Look for a macro invocation value\n\t\t\t\t\t\tvar macroInvocation = $tw.utils.parseMacroInvocation(source,pos);\n\t\t\t\t\t\tif(macroInvocation) {\n\t\t\t\t\t\t\tpos = macroInvocation.end;\n\t\t\t\t\t\t\tnode.type = \"macro\";\n\t\t\t\t\t\t\tnode.value = macroInvocation;\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\t\t\tnode.value = \"true\";\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t} else {\n\t\tnode.type = \"string\";\n\t\tnode.value = \"true\";\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
"title": "$:/core/modules/utils/parseutils.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/parsers/pdfparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/pdfparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe PDF parser embeds a PDF viewer\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ImageParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"embed\",\n\t\t\tattributes: {}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:application/pdf;base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"application/pdf\"] = ImageParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/pdfparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/textparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/textparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe plain text parser processes blocks of source text into a degenerate parse tree consisting of a single text node\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar TextParser = function(type,text,options) {\n\tthis.tree = [{\n\t\ttype: \"codeblock\",\n\t\tattributes: {\n\t\t\tcode: {type: \"string\", value: text},\n\t\t\tlanguage: {type: \"string\", value: type}\n\t\t}\n\t}];\n};\n\nexports[\"text/plain\"] = TextParser;\nexports[\"text/x-tiddlywiki\"] = TextParser;\nexports[\"application/javascript\"] = TextParser;\nexports[\"application/json\"] = TextParser;\nexports[\"text/css\"] = TextParser;\nexports[\"application/x-tiddler-dictionary\"] = TextParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/textparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/videoparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/videoparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe video parser parses a video tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar VideoParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"video\",\n\t\t\tattributes: {\n\t\t\t\tcontrols: {type: \"string\", value: \"controls\"}\n\t\t\t}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"video/mp4\"] = VideoParser;\nexports[\"video/quicktime\"] = VideoParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/videoparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/wikiparser/rules/codeblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for code blocks. For example:\n\n```\n\t```\n\tThis text will not be //wikified//\n\t```\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match and get language if defined\n\tthis.matchRegExp = /```([\\w-]*)\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\\r?\\n```$)/mg;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Return the $codeblock widget\n\treturn [{\n\t\t\ttype: \"codeblock\",\n\t\t\tattributes: {\n\t\t\t\t\tcode: {type: \"string\", value: text},\n\t\t\t\t\tlanguage: {type: \"string\", value: this.match[1]}\n\t\t\t}\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/codeblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/codeinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for code runs. For example:\n\n```\n\tThis is a `code run`.\n\tThis is another ``code run``\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(``?)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar reEnd = new RegExp(this.match[1], \"mg\");\n\t// Look for the end marker\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the text\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"code\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: text\n\t\t}]\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/codeinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/commentblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/commentblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/commentinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/commentinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/dash.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/dash.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for dashes. For example:\n\n```\nThis is an en-dash: --\n\nThis is an em-dash: ---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"dash\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{2,3}(?!-)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar dash = this.match[0].length === 2 ? \"–\" : \"—\";\n\treturn [{\n\t\ttype: \"entity\",\n\t\tentity: dash\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/dash.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/bold.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - bold. For example:\n\n```\n\tThis is ''bold'' text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except bold \n\\rules only bold \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"bold\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /''/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/''/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strong\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/italic.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - italic. For example:\n\n```\n\tThis is //italic// text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except italic\n\\rules only italic\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"italic\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\/\\//mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\/\\//mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"em\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - strikethrough. For example:\n\n```\n\tThis is ~~strikethrough~~ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except strikethrough \n\\rules only strikethrough \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"strikethrough\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~~/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/~~/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strike\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - subscript. For example:\n\n```\n\tThis is ,,subscript,, text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except subscript \n\\rules only subscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"subscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /,,/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/,,/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sub\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - superscript. For example:\n\n```\n\tThis is ^^superscript^^ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except superscript \n\\rules only superscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"superscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\^\\^/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\^\\^/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sup\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - underscore. For example:\n\n```\n\tThis is __underscore__ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except underscore \n\\rules only underscore\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"underscore\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /__/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/__/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"u\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/entity.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/entity.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML entities. For example:\n\n```\n\tThis is a copyright symbol: ©\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"entity\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(&#?[a-zA-Z0-9]{2,8};)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar entityString = this.match[1];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Return the entity\n\treturn [{type: \"entity\", entity: this.match[0]}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/entity.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/extlink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/extlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\nAn external link: http://www.tiddlywiki.com/\n\nA suppressed external link: ~http://www.tiddlyspace.com/\n```\n\nExternal links can be suppressed by preceding them with `~`.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"extlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~?(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|\"\\\\^]+(?:\\/|\\b)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(this.match[0].substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: this.match[0].substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: this.match[0]},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"},\n\t\t\t\trel: {type: \"string\", value: \"noopener noreferrer\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: this.match[0]\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/extlink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t},\n\t\tisBlock: true\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t}\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for marking areas with hard line breaks. For example:\n\n```\n\"\"\"\nThis is some text\nThat is set like\nIt is a Poem\nWhen it is\nClearly\nNot\n\"\"\"\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"hardlinebreaks\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\"\"\"(?:\\r?\\n)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\"\"\")|(\\r?\\n)/mg,\n\t\ttree = [],\n\t\tmatch;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tdo {\n\t\t// Parse the run up to the terminator\n\t\ttree.push.apply(tree,this.parser.parseInlineRun(reEnd,{eatTerminator: false}));\n\t\t// Redo the terminator match\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tmatch = reEnd.exec(this.parser.source);\n\t\tif(match) {\n\t\t\tthis.parser.pos = reEnd.lastIndex;\n\t\t\t// Add a line break if the terminator was a line break\n\t\t\tif(match[2]) {\n\t\t\t\ttree.push({type: \"element\", tag: \"br\"});\n\t\t\t}\n\t\t}\n\t} while(match && !match[1]);\n\t// Return the nodes\n\treturn tree;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/heading.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/heading.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for headings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"heading\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(!{1,6})/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar headingLevel = this.match[1].length;\n\t// Move past the !s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse any classes, whitespace and then the heading itself\n\tvar classes = this.parser.parseClasses();\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// Return the heading\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"h\" + headingLevel, \n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: classes.join(\" \")}\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/heading.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/horizrule.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/horizrule.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for rules. For example:\n\n```\n---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"horizrule\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{3,}\\r?(?:\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\treturn [{type: \"element\", tag: \"hr\"}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/horizrule.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/html.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/html.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for HTML elements and widgets. For example:\n\n{{{\n<aside>\nThis is an HTML5 aside element\n</aside>\n\n<$slider target=\"MyTiddler\">\nThis is a widget invocation\n</$slider>\n\n}}}\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"html\";\nexports.types = {inline: true, block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextTag = this.findNextTag(this.parser.source,startPos,{\n\t\trequireLineBreak: this.is.block\n\t});\n\treturn this.nextTag ? this.nextTag.start : undefined;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Retrieve the most recent match so that recursive calls don't overwrite it\n\tvar tag = this.nextTag;\n\tthis.nextTag = null;\n\t// Advance the parser position to past the tag\n\tthis.parser.pos = tag.end;\n\t// Check for an immediately following double linebreak\n\tvar hasLineBreak = !tag.isSelfClosing && !!$tw.utils.parseTokenRegExp(this.parser.source,this.parser.pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t// Set whether we're in block mode\n\ttag.isBlock = this.is.block || hasLineBreak;\n\t// Parse the body if we need to\n\tif(!tag.isSelfClosing && $tw.config.htmlVoidElements.indexOf(tag.tag) === -1) {\n\t\t\tvar reEndString = \"</\" + $tw.utils.escapeRegExp(tag.tag) + \">\",\n\t\t\t\treEnd = new RegExp(\"(\" + reEndString + \")\",\"mg\");\n\t\tif(hasLineBreak) {\n\t\t\ttag.children = this.parser.parseBlocks(reEndString);\n\t\t} else {\n\t\t\ttag.children = this.parser.parseInlineRun(reEnd);\n\t\t}\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tvar endMatch = reEnd.exec(this.parser.source);\n\t\tif(endMatch && endMatch.index === this.parser.pos) {\n\t\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t\t}\n\t}\n\t// Return the tag\n\treturn [tag];\n};\n\n/*\nLook for an HTML tag. Returns null if not found, otherwise returns {type: \"element\", name:, attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseTag = function(source,pos,options) {\n\toptions = options || {};\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Define our regexps\n\tvar reTagName = /([a-zA-Z0-9\\-\\$]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a less than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\"<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the tag name\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,reTagName);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tnode.tag = token.match[1];\n\tif(node.tag.charAt(0) === \"$\") {\n\t\tnode.type = node.tag.substr(1);\n\t}\n\tpos = token.end;\n\t// Check that the tag is terminated by a space, / or >\n\tif(!$tw.utils.parseWhiteSpace(source,pos) && !(source.charAt(pos) === \"/\") && !(source.charAt(pos) === \">\") ) {\n\t\treturn null;\n\t}\n\t// Process attributes\n\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\twhile(attribute) {\n\t\tnode.attributes[attribute.name] = attribute;\n\t\tpos = attribute.end;\n\t\t// Get the next attribute\n\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a closing slash\n\ttoken = $tw.utils.parseTokenString(source,pos,\"/\");\n\tif(token) {\n\t\tpos = token.end;\n\t\tnode.isSelfClosing = true;\n\t}\n\t// Look for a greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Check for a required line break\n\tif(options.requireLineBreak) {\n\t\ttoken = $tw.utils.parseTokenRegExp(source,pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t\tif(!token) {\n\t\t\treturn null;\n\t\t}\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\nexports.findNextTag = function(source,pos,options) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /<([a-zA-Z\\-\\$]+)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseTag(source,match.index,options);\n\t\t// Return success\n\t\tif(tag && this.isLegalTag(tag)) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\nexports.isLegalTag = function(tag) {\n\t// Widgets are always OK\n\tif(tag.type !== \"element\") {\n\t\treturn true;\n\t// If it's an HTML tag that starts with a dash then it's not legal\n\t} else if(tag.tag.charAt(0) === \"-\") {\n\t\treturn false;\n\t} else {\n\t\t// Otherwise it's OK\n\t\treturn true;\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/html.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/image.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/image.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for embedding images. For example:\n\n```\n[img[http://tiddlywiki.com/fractalveg.jpg]]\n[img width=23 height=24 [http://tiddlywiki.com/fractalveg.jpg]]\n[img width={{!!width}} height={{!!height}} [http://tiddlywiki.com/fractalveg.jpg]]\n[img[Description of image|http://tiddlywiki.com/fractalveg.jpg]]\n[img[TiddlerTitle]]\n[img[Description of image|TiddlerTitle]]\n```\n\nGenerates the `<$image>` widget.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"image\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextImage = this.findNextImage(this.parser.source,startPos);\n\treturn this.nextImage ? this.nextImage.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextImage.end;\n\tvar node = {\n\t\ttype: \"image\",\n\t\tattributes: this.nextImage.attributes\n\t};\n\treturn [node];\n};\n\n/*\nFind the next image from the current position\n*/\nexports.findNextImage = function(source,pos) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /(\\[img)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseImage(source,match.index);\n\t\t// Return success\n\t\tif(tag) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an image at the specified position. Returns null if not found, otherwise returns {type: \"image\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseImage = function(source,pos) {\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"image\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[img`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[img\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Process attributes\n\tif(source.charAt(pos) !== \"[\") {\n\t\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\t\twhile(attribute) {\n\t\t\tnode.attributes[attribute.name] = attribute;\n\t\t\tpos = attribute.end;\n\t\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t\tif(source.charAt(pos) !== \"[\") {\n\t\t\t\t// Get the next attribute\n\t\t\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t\t\t} else {\n\t\t\t\tattribute = null;\n\t\t\t}\n\t\t}\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[` after the attributes\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the source up to the terminating `]]`\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,/(?:([^|\\]]*?)\\|)?([^\\]]+?)\\]\\]/g);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\tif(token.match[1]) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: token.match[1].trim()};\n\t}\n\tnode.attributes.source = {type: \"string\", value: (token.match[2] || \"\").trim()};\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/image.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/list.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/list.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for lists. For example:\n\n```\n* This is an unordered list\n* It has two items\n\n# This is a numbered list\n## With a subitem\n# And a third item\n\n; This is a term that is being defined\n: This is the definition of that term\n```\n\nNote that lists can be nested arbitrarily:\n\n```\n#** One\n#* Two\n#** Three\n#**** Four\n#**# Five\n#**## Six\n## Seven\n### Eight\n## Nine\n```\n\nA CSS class can be applied to a list item as follows:\n\n```\n* List item one\n*.active List item two has the class `active`\n* List item three\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"list\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /([\\*#;:>]+)/mg;\n};\n\nvar listTypes = {\n\t\"*\": {listTag: \"ul\", itemTag: \"li\"},\n\t\"#\": {listTag: \"ol\", itemTag: \"li\"},\n\t\";\": {listTag: \"dl\", itemTag: \"dt\"},\n\t\":\": {listTag: \"dl\", itemTag: \"dd\"},\n\t\">\": {listTag: \"blockquote\", itemTag: \"p\"}\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Array of parse tree nodes for the previous row of the list\n\tvar listStack = [];\n\t// Cycle through the items in the list\n\twhile(true) {\n\t\t// Match the list marker\n\t\tvar reMatch = /([\\*#;:>]+)/mg;\n\t\treMatch.lastIndex = this.parser.pos;\n\t\tvar match = reMatch.exec(this.parser.source);\n\t\tif(!match || match.index !== this.parser.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check whether the list type of the top level matches\n\t\tvar listInfo = listTypes[match[0].charAt(0)];\n\t\tif(listStack.length > 0 && listStack[0].tag !== listInfo.listTag) {\n\t\t\tbreak;\n\t\t}\n\t\t// Move past the list marker\n\t\tthis.parser.pos = match.index + match[0].length;\n\t\t// Walk through the list markers for the current row\n\t\tfor(var t=0; t<match[0].length; t++) {\n\t\t\tlistInfo = listTypes[match[0].charAt(t)];\n\t\t\t// Remove any stacked up element if we can't re-use it because the list type doesn't match\n\t\t\tif(listStack.length > t && listStack[t].tag !== listInfo.listTag) {\n\t\t\t\tlistStack.splice(t,listStack.length - t);\n\t\t\t}\n\t\t\t// Construct the list element or reuse the previous one at this level\n\t\t\tif(listStack.length <= t) {\n\t\t\t\tvar listElement = {type: \"element\", tag: listInfo.listTag, children: [\n\t\t\t\t\t{type: \"element\", tag: listInfo.itemTag, children: []}\n\t\t\t\t]};\n\t\t\t\t// Link this list element into the last child item of the parent list item\n\t\t\t\tif(t) {\n\t\t\t\t\tvar prevListItem = listStack[t-1].children[listStack[t-1].children.length-1];\n\t\t\t\t\tprevListItem.children.push(listElement);\n\t\t\t\t}\n\t\t\t\t// Save this element in the stack\n\t\t\t\tlistStack[t] = listElement;\n\t\t\t} else if(t === (match[0].length - 1)) {\n\t\t\t\tlistStack[t].children.push({type: \"element\", tag: listInfo.itemTag, children: []});\n\t\t\t}\n\t\t}\n\t\tif(listStack.length > match[0].length) {\n\t\t\tlistStack.splice(match[0].length,listStack.length - match[0].length);\n\t\t}\n\t\t// Process the body of the list item into the last list item\n\t\tvar lastListChildren = listStack[listStack.length-1].children,\n\t\t\tlastListItem = lastListChildren[lastListChildren.length-1],\n\t\t\tclasses = this.parser.parseClasses();\n\t\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\t\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t\tlastListItem.children.push.apply(lastListItem.children,tree);\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(lastListItem,classes.join(\" \"));\n\t\t}\n\t\t// Consume any whitespace following the list item\n\t\tthis.parser.skipWhitespace();\n\t}\n\t// Return the root element of the list\n\treturn [listStack[0]];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/list.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrocallblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for block macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^>\\s]+)(?:\\s*)((?:[^>]|(?:>(?!>)))*?)>>(?:\\r?\\n|$)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params,\n\t\tisBlock: true\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/macrocallblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrocallinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^\\s>]+)\\s*([\\s\\S]*?)>>/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5]|| paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/macrocallinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrodef.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrodef.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for macro definitions\n\n```\n\\define name(param:defaultvalue,param2:defaultvalue)\ndefinition text, including $param$ markers\n\\end\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrodef\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\define\\s+([^(\\s]+)\\(\\s*([^)]*)\\)(\\s*\\r?\\n)?/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the macro name and parameters\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the parameters\n\tvar paramString = this.match[2],\n\t\tparams = [];\n\tif(paramString !== \"\") {\n\t\tvar reParam = /\\s*([A-Za-z0-9\\-_]+)(?:\\s*:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))?/mg,\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\twhile(paramMatch) {\n\t\t\t// Save the parameter details\n\t\t\tvar paramInfo = {name: paramMatch[1]},\n\t\t\t\tdefaultValue = paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6];\n\t\t\tif(defaultValue) {\n\t\t\t\tparamInfo[\"default\"] = defaultValue;\n\t\t\t}\n\t\t\tparams.push(paramInfo);\n\t\t\t// Look for the next parameter\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\t}\n\t}\n\t// Is this a multiline definition?\n\tvar reEnd;\n\tif(this.match[3]) {\n\t\t// If so, the end of the body is marked with \\end\n\t\treEnd = /(\\r?\\n\\\\end[^\\S\\n\\r]*(?:$|\\r?\\n))/mg;\n\t} else {\n\t\t// Otherwise, the end of the definition is marked by the end of the line\n\t\treEnd = /($|\\r?\\n)/mg;\n\t\t// Move past any whitespace\n\t\tthis.parser.pos = $tw.utils.skipWhiteSpace(this.parser.source,this.parser.pos);\n\t}\n\t// Find the end of the definition\n\treEnd.lastIndex = this.parser.pos;\n\tvar text,\n\t\tendMatch = reEnd.exec(this.parser.source);\n\tif(endMatch) {\n\t\ttext = this.parser.source.substring(this.parser.pos,endMatch.index);\n\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t} else {\n\t\t// We didn't find the end of the definition, so we'll make it blank\n\t\ttext = \"\";\n\t}\n\t// Save the macro definition\n\treturn [{\n\t\ttype: \"set\",\n\t\tattributes: {\n\t\t\tname: {type: \"string\", value: this.match[1]},\n\t\t\tvalue: {type: \"string\", value: text}\n\t\t},\n\t\tchildren: [],\n\t\tparams: params\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/macrodef.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/prettyextlink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettyextlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\n[ext[http://tiddlywiki.com/fractalveg.jpg]]\n[ext[Tooltip|http://tiddlywiki.com/fractalveg.jpg]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettyextlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextLink = this.findNextLink(this.parser.source,startPos);\n\treturn this.nextLink ? this.nextLink.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextLink.end;\n\treturn [this.nextLink];\n};\n\n/*\nFind the next link from the current position\n*/\nexports.findNextLink = function(source,pos) {\n\t// A regexp for finding candidate links\n\tvar reLookahead = /(\\[ext\\[)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a link\n\t\tvar link = this.parseLink(source,match.index);\n\t\t// Return success\n\t\tif(link) {\n\t\t\treturn link;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an link at the specified position. Returns null if not found, otherwise returns {type: \"element\", tag: \"a\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseLink = function(source,pos) {\n\tvar token,\n\t\ttextNode = {\n\t\t\ttype: \"text\"\n\t\t},\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tstart: pos,\n\t\t\tattributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t},\n\t\t\tchildren: [textNode]\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[ext[`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[ext[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Look ahead for the terminating `]]`\n\tvar closePos = source.indexOf(\"]]\",pos);\n\tif(closePos === -1) {\n\t\treturn null;\n\t}\n\t// Look for a `|` separating the tooltip\n\tvar splitPos = source.indexOf(\"|\",pos);\n\tif(splitPos === -1 || splitPos > closePos) {\n\t\tsplitPos = null;\n\t}\n\t// Pull out the tooltip and URL\n\tvar tooltip, URL;\n\tif(splitPos) {\n\t\tURL = source.substring(splitPos + 1,closePos).trim();\n\t\ttextNode.text = source.substring(pos,splitPos).trim();\n\t} else {\n\t\tURL = source.substring(pos,closePos).trim();\n\t\ttextNode.text = URL;\n\t}\n\tnode.attributes.href = {type: \"string\", value: URL};\n\tnode.attributes.target = {type: \"string\", value: \"_blank\"};\n\tnode.attributes.rel = {type: \"string\", value: \"noopener noreferrer\"};\n\t// Update the end position\n\tnode.end = closePos + 2;\n\treturn node;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/prettyextlink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/prettylink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettylink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for pretty links. For example:\n\n```\n[[Introduction]]\n\n[[Link description|TiddlerTitle]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettylink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\[\\[(.*?)(?:\\|(.*?))?\\]\\]/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Process the link\n\tvar text = this.match[1],\n\t\tlink = this.match[2] || text;\n\tif($tw.utils.isLinkExternal(link)) {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: link},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"},\n\t\t\t\trel: {type: \"string\", value: \"noopener noreferrer\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: link}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/prettylink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/quoteblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/quoteblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for quote blocks. For example:\n\n```\n\t<<<.optionalClass(es) optional cited from\n\ta quote\n\t<<<\n\t\n\t<<<.optionalClass(es)\n\ta quote\n\t<<< optional cited from\n```\n\nQuotes can be quoted by putting more <s\n\n```\n\t<<<\n\tQuote Level 1\n\t\n\t<<<<\n\tQuoteLevel 2\n\t<<<<\n\t\n\t<<<\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"quoteblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(<<<+)/mg;\n};\n\nexports.parse = function() {\n\tvar classes = [\"tc-quote\"];\n\t// Get all the details of the match\n\tvar reEndString = \"^\" + this.match[1] + \"(?!<)\";\n\t// Move past the <s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\n\t// Parse any classes, whitespace and then the optional cite itself\n\tclasses.push.apply(classes, this.parser.parseClasses());\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar cite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// before handling the cite, parse the body of the quote\n\tvar tree= this.parser.parseBlocks(reEndString);\n\t// If we got a cite, put it before the text\n\tif(cite.length > 0) {\n\t\ttree.unshift({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Parse any optional cite\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tcite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// If we got a cite, push it\n\tif(cite.length > 0) {\n\t\ttree.push({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Return the blockquote element\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"blockquote\",\n\t\tattributes: {\n\t\t\tclass: { type: \"string\", value: classes.join(\" \") },\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/quoteblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/rules.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/rules.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for rules specifications\n\n```\n\\rules except ruleone ruletwo rulethree\n\\rules only ruleone ruletwo rulethree\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"rules\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\rules[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse whitespace delimited tokens terminated by a line break\n\tvar reMatch = /[^\\S\\n]*(\\S+)|(\\r?\\n)/mg,\n\t\ttokens = [];\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\twhile(match && match.index === this.parser.pos) {\n\t\tthis.parser.pos = reMatch.lastIndex;\n\t\t// Exit if we've got the line break\n\t\tif(match[2]) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the token\n\t\tif(match[1]) {\n\t\t\ttokens.push(match[1]);\n\t\t}\n\t\t// Match the next token\n\t\tmatch = reMatch.exec(this.parser.source);\n\t}\n\t// Process the tokens\n\tif(tokens.length > 0) {\n\t\tthis.parser.amendRules(tokens[0],tokens.slice(1));\n\t}\n\t// No parse tree nodes to return\n\treturn [];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/rules.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/styleblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for assigning styles and classes to paragraphs and other blocks. For example:\n\n```\n@@.myClass\n@@background-color:red;\nThis paragraph will have the CSS class `myClass`.\n\n* The `<ul>` around this list will also have the class `myClass`\n* List item 2\n\n@@\n```\n\nNote that classes and styles can be mixed subject to the rule that styles must precede classes. For example\n\n```\n@@.myFirstClass.mySecondClass\n@@width:100px;.myThirdClass\nThis is a paragraph\n@@\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(?:\\.([^\\r\\n\\s]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEndString = \"^@@(?:\\\\r?\\\\n)?\";\n\tvar classes = [], styles = [];\n\tdo {\n\t\t// Get the class and style\n\t\tif(this.match[1]) {\n\t\t\tstyles.push(this.match[1]);\n\t\t}\n\t\tif(this.match[2]) {\n\t\t\tclasses.push(this.match[2].split(\".\").join(\" \"));\n\t\t}\n\t\t// Move past the match\n\t\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\t// Look for another line of classes and styles\n\t\tthis.match = this.matchRegExp.exec(this.parser.source);\n\t} while(this.match && this.match.index === this.parser.pos);\n\t// Parse the body\n\tvar tree = this.parser.parseBlocks(reEndString);\n\tfor(var t=0; t<tree.length; t++) {\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(tree[t],classes.join(\" \"));\n\t\t}\n\t\tif(styles.length > 0) {\n\t\t\t$tw.utils.addAttributeToParseTreeNode(tree[t],\"style\",styles.join(\"\"));\n\t\t}\n\t}\n\treturn tree;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/styleblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/styleinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for assigning styles and classes to inline runs. For example:\n\n```\n@@.myClass This is some text with a class@@\n@@background-color:red;This is some text with a background colour@@\n@@width:100px;.myClass This is some text with a class and a width@@\n```\n\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(\\.(?:[^\\r\\n\\s]+)\\s+)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /@@/g;\n\t// Get the styles and class\n\tvar stylesString = this.match[1],\n\t\tclassString = this.match[2] ? this.match[2].split(\".\").join(\" \") : undefined;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the run up to the terminator\n\tvar tree = this.parser.parseInlineRun(reEnd,{eatTerminator: true});\n\t// Return the classed span\n\tvar node = {\n\t\ttype: \"element\",\n\t\ttag: \"span\",\n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: \"tc-inline-style\"}\n\t\t},\n\t\tchildren: tree\n\t};\n\tif(classString) {\n\t\t$tw.utils.addClassToParseTreeNode(node,classString);\n\t}\n\tif(stylesString) {\n\t\t$tw.utils.addAttributeToParseTreeNode(node,\"style\",stylesString);\n\t}\n\treturn [node];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/styleinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/syslink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/syslink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for system tiddler links.\nCan be suppressed preceding them with `~`.\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"syslink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = new RegExp(\n\t\t\"~?\\\\$:\\\\/[\" +\n\t\t$tw.config.textPrimitives.anyLetter.substr(1,$tw.config.textPrimitives.anyLetter.length - 2) +\n\t\t\"\\/._-]+\",\n\t\t\"mg\"\n\t);\n};\n\nexports.parse = function() {\n\tvar match = this.match[0];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(match.substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: match.substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: match}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: match\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/syslink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/table.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/table.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for tables.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"table\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\|(?:[^\\n]*)\\|(?:[fhck]?)\\r?(?:\\n|$)/mg;\n};\n\nvar processRow = function(prevColumns) {\n\tvar cellRegExp = /(?:\\|([^\\n\\|]*)\\|)|(\\|[fhck]?\\r?(?:\\n|$))/mg,\n\t\tcellTermRegExp = /((?:\\x20*)\\|)/mg,\n\t\ttree = [],\n\t\tcol = 0,\n\t\tcolSpanCount = 1,\n\t\tprevCell,\n\t\tvAlign;\n\t// Match a single cell\n\tcellRegExp.lastIndex = this.parser.pos;\n\tvar cellMatch = cellRegExp.exec(this.parser.source);\n\twhile(cellMatch && cellMatch.index === this.parser.pos) {\n\t\tif(cellMatch[1] === \"~\") {\n\t\t\t// Rowspan\n\t\t\tvar last = prevColumns[col];\n\t\t\tif(last) {\n\t\t\t\tlast.rowSpanCount++;\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"rowspan\",last.rowSpanCount);\n\t\t\t\tvAlign = $tw.utils.getAttributeValueFromParseTreeNode(last.element,\"valign\",\"center\");\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"valign\",vAlign);\n\t\t\t\tif(colSpanCount > 1) {\n\t\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"colspan\",colSpanCount);\n\t\t\t\t\tcolSpanCount = 1;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \">\") {\n\t\t\t// Colspan\n\t\t\tcolSpanCount++;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \"<\" && prevCell) {\n\t\t\tcolSpanCount = 1 + $tw.utils.getAttributeValueFromParseTreeNode(prevCell,\"colspan\",1);\n\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\tcolSpanCount = 1;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[2]) {\n\t\t\t// End of row\n\t\t\tif(prevCell && colSpanCount > 1) {\n\t\t\t\tif(prevCell.attributes && prevCell.attributes && prevCell.attributes.colspan) {\n\t\t\t\t\t\tcolSpanCount += prevCell.attributes.colspan.value;\n\t\t\t\t} else {\n\t\t\t\t\tcolSpanCount -= 1;\n\t\t\t\t}\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\t}\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t\tbreak;\n\t\t} else {\n\t\t\t// For ordinary cells, step beyond the opening `|`\n\t\t\tthis.parser.pos++;\n\t\t\t// Look for a space at the start of the cell\n\t\t\tvar spaceLeft = false;\n\t\t\tvAlign = null;\n\t\t\tif(this.parser.source.substr(this.parser.pos).search(/^\\^([^\\^]|\\^\\^)/) === 0) {\n\t\t\t\tvAlign = \"top\";\n\t\t\t} else if(this.parser.source.substr(this.parser.pos).search(/^,([^,]|,,)/) === 0) {\n\t\t\t\tvAlign = \"bottom\";\n\t\t\t}\n\t\t\tif(vAlign) {\n\t\t\t\tthis.parser.pos++;\n\t\t\t}\n\t\t\tvar chr = this.parser.source.substr(this.parser.pos,1);\n\t\t\twhile(chr === \" \") {\n\t\t\t\tspaceLeft = true;\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tchr = this.parser.source.substr(this.parser.pos,1);\n\t\t\t}\n\t\t\t// Check whether this is a heading cell\n\t\t\tvar cell;\n\t\t\tif(chr === \"!\") {\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tcell = {type: \"element\", tag: \"th\", children: []};\n\t\t\t} else {\n\t\t\t\tcell = {type: \"element\", tag: \"td\", children: []};\n\t\t\t}\n\t\t\ttree.push(cell);\n\t\t\t// Record information about this cell\n\t\t\tprevCell = cell;\n\t\t\tprevColumns[col] = {rowSpanCount:1,element:cell};\n\t\t\t// Check for a colspan\n\t\t\tif(colSpanCount > 1) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"colspan\",colSpanCount);\n\t\t\t\tcolSpanCount = 1;\n\t\t\t}\n\t\t\t// Parse the cell\n\t\t\tcell.children = this.parser.parseInlineRun(cellTermRegExp,{eatTerminator: true});\n\t\t\t// Set the alignment for the cell\n\t\t\tif(vAlign) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"valign\",vAlign);\n\t\t\t}\n\t\t\tif(this.parser.source.substr(this.parser.pos - 2,1) === \" \") { // spaceRight\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",spaceLeft ? \"center\" : \"left\");\n\t\t\t} else if(spaceLeft) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",\"right\");\n\t\t\t}\n\t\t\t// Move back to the closing `|`\n\t\t\tthis.parser.pos--;\n\t\t}\n\t\tcol++;\n\t\tcellRegExp.lastIndex = this.parser.pos;\n\t\tcellMatch = cellRegExp.exec(this.parser.source);\n\t}\n\treturn tree;\n};\n\nexports.parse = function() {\n\tvar rowContainerTypes = {\"c\":\"caption\", \"h\":\"thead\", \"\":\"tbody\", \"f\":\"tfoot\"},\n\t\ttable = {type: \"element\", tag: \"table\", children: []},\n\t\trowRegExp = /^\\|([^\\n]*)\\|([fhck]?)\\r?(?:\\n|$)/mg,\n\t\trowTermRegExp = /(\\|(?:[fhck]?)\\r?(?:\\n|$))/mg,\n\t\tprevColumns = [],\n\t\tcurrRowType,\n\t\trowContainer,\n\t\trowCount = 0;\n\t// Match the row\n\trowRegExp.lastIndex = this.parser.pos;\n\tvar rowMatch = rowRegExp.exec(this.parser.source);\n\twhile(rowMatch && rowMatch.index === this.parser.pos) {\n\t\tvar rowType = rowMatch[2];\n\t\t// Check if it is a class assignment\n\t\tif(rowType === \"k\") {\n\t\t\t$tw.utils.addClassToParseTreeNode(table,rowMatch[1]);\n\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t} else {\n\t\t\t// Otherwise, create a new row if this one is of a different type\n\t\t\tif(rowType !== currRowType) {\n\t\t\t\trowContainer = {type: \"element\", tag: rowContainerTypes[rowType], children: []};\n\t\t\t\ttable.children.push(rowContainer);\n\t\t\t\tcurrRowType = rowType;\n\t\t\t}\n\t\t\t// Is this a caption row?\n\t\t\tif(currRowType === \"c\") {\n\t\t\t\t// If so, move past the opening `|` of the row\n\t\t\t\tthis.parser.pos++;\n\t\t\t\t// Move the caption to the first row if it isn't already\n\t\t\t\tif(table.children.length !== 1) {\n\t\t\t\t\ttable.children.pop(); // Take rowContainer out of the children array\n\t\t\t\t\ttable.children.splice(0,0,rowContainer); // Insert it at the bottom\t\t\t\t\t\t\n\t\t\t\t}\n\t\t\t\t// Set the alignment - TODO: figure out why TW did this\n//\t\t\t\trowContainer.attributes.align = rowCount === 0 ? \"top\" : \"bottom\";\n\t\t\t\t// Parse the caption\n\t\t\t\trowContainer.children = this.parser.parseInlineRun(rowTermRegExp,{eatTerminator: true});\n\t\t\t} else {\n\t\t\t\t// Create the row\n\t\t\t\tvar theRow = {type: \"element\", tag: \"tr\", children: []};\n\t\t\t\t$tw.utils.addClassToParseTreeNode(theRow,rowCount%2 ? \"oddRow\" : \"evenRow\");\n\t\t\t\trowContainer.children.push(theRow);\n\t\t\t\t// Process the row\n\t\t\t\ttheRow.children = processRow.call(this,prevColumns);\n\t\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t\t\t// Increment the row count\n\t\t\t\trowCount++;\n\t\t\t}\n\t\t}\n\t\trowMatch = rowRegExp.exec(this.parser.source);\n\t}\n\treturn [table];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/table.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/transcludeblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {},\n\t\t\tisBlock: true\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tisBlock: true,\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/transcludeblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/transcludeinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {}\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/transcludeinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/typedblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/typedblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for typed blocks. For example:\n\n```\n$$$.js\nThis will be rendered as JavaScript\n$$$\n\n$$$.svg\n<svg xmlns=\"http://www.w3.org/2000/svg\" width=\"150\" height=\"100\">\n <circle cx=\"100\" cy=\"50\" r=\"40\" stroke=\"black\" stroke-width=\"2\" fill=\"red\" />\n</svg>\n$$$\n\n$$$text/vnd.tiddlywiki>text/html\nThis will be rendered as an //HTML representation// of WikiText\n$$$\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.name = \"typedblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\$\\$\\$([^ >\\r\\n]*)(?: *> *([^ \\r\\n]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /\\r?\\n\\$\\$\\$\\r?(?:\\n|$)/mg;\n\t// Save the type\n\tvar parseType = this.match[1],\n\t\trenderType = this.match[2];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Parse the block according to the specified type\n\tvar parser = this.parser.wiki.parseText(parseType,text,{defaultType: \"text/plain\"});\n\t// If there's no render type, just return the parse tree\n\tif(!renderType) {\n\t\treturn parser.tree;\n\t} else {\n\t\t// Otherwise, render to the rendertype and return in a <PRE> tag\n\t\tvar widgetNode = this.parser.wiki.makeWidget(parser),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\ttext = renderType === \"text/html\" ? container.innerHTML : container.textContent;\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"pre\",\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/typedblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/wikilink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikilink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for wiki links. For example:\n\n```\nAWikiLink\nAnotherLink\n~SuppressedLink\n```\n\nPrecede a camel case word with `~` to prevent it from being recognised as a link.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"wikilink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = new RegExp($tw.config.textPrimitives.unWikiLink + \"?\" + $tw.config.textPrimitives.wikiLink,\"mg\");\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get the details of the match\n\tvar linkText = this.match[0];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// If the link starts with the unwikilink character then just output it as plain text\n\tif(linkText.substr(0,1) === $tw.config.textPrimitives.unWikiLink) {\n\t\treturn [{type: \"text\", text: linkText.substr(1)}];\n\t}\n\t// If the link has been preceded with a blocked letter then don't treat it as a link\n\tif(this.match.index > 0) {\n\t\tvar preRegExp = new RegExp($tw.config.textPrimitives.blockPrefixLetters,\"mg\");\n\t\tpreRegExp.lastIndex = this.match.index-1;\n\t\tvar preMatch = preRegExp.exec(this.parser.source);\n\t\tif(preMatch && preMatch.index === this.match.index-1) {\n\t\t\treturn [{type: \"text\", text: linkText}];\n\t\t}\n\t}\n\treturn [{\n\t\ttype: \"link\",\n\t\tattributes: {\n\t\t\tto: {type: \"string\", value: linkText}\n\t\t},\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: linkText\n\t\t}]\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/wikilink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/wikiparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/wikiparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe wiki text parser processes blocks of source text into a parse tree.\n\nThe parse tree is made up of nested arrays of these JavaScript objects:\n\n\t{type: \"element\", tag: <string>, attributes: {}, children: []} - an HTML element\n\t{type: \"text\", text: <string>} - a text node\n\t{type: \"entity\", value: <string>} - an entity\n\t{type: \"raw\", html: <string>} - raw HTML\n\nAttributes are stored as hashmaps of the following objects:\n\n\t{type: \"string\", value: <string>} - literal string\n\t{type: \"indirect\", textReference: <textReference>} - indirect through a text reference\n\t{type: \"macro\", macro: <TBD>} - indirect through a macro invocation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar WikiParser = function(type,text,options) {\n\tthis.wiki = options.wiki;\n\tvar self = this;\n\t// Check for an externally linked tiddler\n\tif($tw.browser && (text || \"\") === \"\" && options._canonical_uri) {\n\t\tthis.loadRemoteTiddler(options._canonical_uri);\n\t\ttext = $tw.language.getRawString(\"LazyLoadingWarning\");\n\t}\n\t// Initialise the classes if we don't have them already\n\tif(!this.pragmaRuleClasses) {\n\t\tWikiParser.prototype.pragmaRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"pragma\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.pragmaRuleClasses,\"$:/config/WikiParserRules/Pragmas/\");\n\t}\n\tif(!this.blockRuleClasses) {\n\t\tWikiParser.prototype.blockRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"block\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.blockRuleClasses,\"$:/config/WikiParserRules/Block/\");\n\t}\n\tif(!this.inlineRuleClasses) {\n\t\tWikiParser.prototype.inlineRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"inline\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.inlineRuleClasses,\"$:/config/WikiParserRules/Inline/\");\n\t}\n\t// Save the parse text\n\tthis.type = type || \"text/vnd.tiddlywiki\";\n\tthis.source = text || \"\";\n\tthis.sourceLength = this.source.length;\n\t// Set current parse position\n\tthis.pos = 0;\n\t// Instantiate the pragma parse rules\n\tthis.pragmaRules = this.instantiateRules(this.pragmaRuleClasses,\"pragma\",0);\n\t// Instantiate the parser block and inline rules\n\tthis.blockRules = this.instantiateRules(this.blockRuleClasses,\"block\",0);\n\tthis.inlineRules = this.instantiateRules(this.inlineRuleClasses,\"inline\",0);\n\t// Parse any pragmas\n\tthis.tree = [];\n\tvar topBranch = this.parsePragmas();\n\t// Parse the text into inline runs or blocks\n\tif(options.parseAsInline) {\n\t\ttopBranch.push.apply(topBranch,this.parseInlineRun());\n\t} else {\n\t\ttopBranch.push.apply(topBranch,this.parseBlocks());\n\t}\n\t// Return the parse tree\n};\n\n/*\n*/\nWikiParser.prototype.loadRemoteTiddler = function(url) {\n\tvar self = this;\n\t$tw.utils.httpRequest({\n\t\turl: url,\n\t\ttype: \"GET\",\n\t\tcallback: function(err,data) {\n\t\t\tif(!err) {\n\t\t\t\tvar tiddlers = self.wiki.deserializeTiddlers(\".tid\",data,self.wiki.getCreationFields());\n\t\t\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\t\t\ttiddler[\"_canonical_uri\"] = url;\n\t\t\t\t});\n\t\t\t\tif(tiddlers) {\n\t\t\t\t\tself.wiki.addTiddlers(tiddlers);\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\n*/\nWikiParser.prototype.setupRules = function(proto,configPrefix) {\n\tvar self = this;\n\tif(!$tw.safemode) {\n\t\t$tw.utils.each(proto,function(object,name) {\n\t\t\tif(self.wiki.getTiddlerText(configPrefix + name,\"enable\") !== \"enable\") {\n\t\t\t\tdelete proto[name];\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nInstantiate an array of parse rules\n*/\nWikiParser.prototype.instantiateRules = function(classes,type,startPos) {\n\tvar rulesInfo = [],\n\t\tself = this;\n\t$tw.utils.each(classes,function(RuleClass) {\n\t\t// Instantiate the rule\n\t\tvar rule = new RuleClass(self);\n\t\trule.is = {};\n\t\trule.is[type] = true;\n\t\trule.init(self);\n\t\tvar matchIndex = rule.findNextMatch(startPos);\n\t\tif(matchIndex !== undefined) {\n\t\t\trulesInfo.push({\n\t\t\t\trule: rule,\n\t\t\t\tmatchIndex: matchIndex\n\t\t\t});\n\t\t}\n\t});\n\treturn rulesInfo;\n};\n\n/*\nSkip any whitespace at the current position. Options are:\n\ttreatNewlinesAsNonWhitespace: true if newlines are NOT to be treated as whitespace\n*/\nWikiParser.prototype.skipWhitespace = function(options) {\n\toptions = options || {};\n\tvar whitespaceRegExp = options.treatNewlinesAsNonWhitespace ? /([^\\S\\n]+)/mg : /(\\s+)/mg;\n\twhitespaceRegExp.lastIndex = this.pos;\n\tvar whitespaceMatch = whitespaceRegExp.exec(this.source);\n\tif(whitespaceMatch && whitespaceMatch.index === this.pos) {\n\t\tthis.pos = whitespaceRegExp.lastIndex;\n\t}\n};\n\n/*\nGet the next match out of an array of parse rule instances\n*/\nWikiParser.prototype.findNextMatch = function(rules,startPos) {\n\t// Find the best matching rule by finding the closest match position\n\tvar matchingRule,\n\t\tmatchingRulePos = this.sourceLength;\n\t// Step through each rule\n\tfor(var t=0; t<rules.length; t++) {\n\t\tvar ruleInfo = rules[t];\n\t\t// Ask the rule to get the next match if we've moved past the current one\n\t\tif(ruleInfo.matchIndex !== undefined && ruleInfo.matchIndex < startPos) {\n\t\t\truleInfo.matchIndex = ruleInfo.rule.findNextMatch(startPos);\n\t\t}\n\t\t// Adopt this match if it's closer than the current best match\n\t\tif(ruleInfo.matchIndex !== undefined && ruleInfo.matchIndex <= matchingRulePos) {\n\t\t\tmatchingRule = ruleInfo;\n\t\t\tmatchingRulePos = ruleInfo.matchIndex;\n\t\t}\n\t}\n\treturn matchingRule;\n};\n\n/*\nParse any pragmas at the beginning of a block of parse text\n*/\nWikiParser.prototype.parsePragmas = function() {\n\tvar currentTreeBranch = this.tree;\n\twhile(true) {\n\t\t// Skip whitespace\n\t\tthis.skipWhitespace();\n\t\t// Check for the end of the text\n\t\tif(this.pos >= this.sourceLength) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check if we've arrived at a pragma rule match\n\t\tvar nextMatch = this.findNextMatch(this.pragmaRules,this.pos);\n\t\t// If not, just exit\n\t\tif(!nextMatch || nextMatch.matchIndex !== this.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the pragma rule\n\t\tvar subTree = nextMatch.rule.parse();\n\t\tif(subTree.length > 0) {\n\t\t\t// Quick hack; we only cope with a single parse tree node being returned, which is true at the moment\n\t\t\tcurrentTreeBranch.push.apply(currentTreeBranch,subTree);\n\t\t\tsubTree[0].children = [];\n\t\t\tcurrentTreeBranch = subTree[0].children;\n\t\t}\n\t}\n\treturn currentTreeBranch;\n};\n\n/*\nParse a block from the current position\n\tterminatorRegExpString: optional regular expression string that identifies the end of plain paragraphs. Must not include capturing parenthesis\n*/\nWikiParser.prototype.parseBlock = function(terminatorRegExpString) {\n\tvar terminatorRegExp = terminatorRegExpString ? new RegExp(\"(\" + terminatorRegExpString + \"|\\\\r?\\\\n\\\\r?\\\\n)\",\"mg\") : /(\\r?\\n\\r?\\n)/mg;\n\tthis.skipWhitespace();\n\tif(this.pos >= this.sourceLength) {\n\t\treturn [];\n\t}\n\t// Look for a block rule that applies at the current position\n\tvar nextMatch = this.findNextMatch(this.blockRules,this.pos);\n\tif(nextMatch && nextMatch.matchIndex === this.pos) {\n\t\treturn nextMatch.rule.parse();\n\t}\n\t// Treat it as a paragraph if we didn't find a block rule\n\treturn [{type: \"element\", tag: \"p\", children: this.parseInlineRun(terminatorRegExp)}];\n};\n\n/*\nParse a series of blocks of text until a terminating regexp is encountered or the end of the text\n\tterminatorRegExpString: terminating regular expression\n*/\nWikiParser.prototype.parseBlocks = function(terminatorRegExpString) {\n\tif(terminatorRegExpString) {\n\t\treturn this.parseBlocksTerminated(terminatorRegExpString);\n\t} else {\n\t\treturn this.parseBlocksUnterminated();\n\t}\n};\n\n/*\nParse a block from the current position to the end of the text\n*/\nWikiParser.prototype.parseBlocksUnterminated = function() {\n\tvar tree = [];\n\twhile(this.pos < this.sourceLength) {\n\t\ttree.push.apply(tree,this.parseBlock());\n\t}\n\treturn tree;\n};\n\n/*\nParse blocks of text until a terminating regexp is encountered\n*/\nWikiParser.prototype.parseBlocksTerminated = function(terminatorRegExpString) {\n\tvar terminatorRegExp = new RegExp(\"(\" + terminatorRegExpString + \")\",\"mg\"),\n\t\ttree = [];\n\t// Skip any whitespace\n\tthis.skipWhitespace();\n\t// Check if we've got the end marker\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar match = terminatorRegExp.exec(this.source);\n\t// Parse the text into blocks\n\twhile(this.pos < this.sourceLength && !(match && match.index === this.pos)) {\n\t\tvar blocks = this.parseBlock(terminatorRegExpString);\n\t\ttree.push.apply(tree,blocks);\n\t\t// Skip any whitespace\n\t\tthis.skipWhitespace();\n\t\t// Check if we've got the end marker\n\t\tterminatorRegExp.lastIndex = this.pos;\n\t\tmatch = terminatorRegExp.exec(this.source);\n\t}\n\tif(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t}\n\treturn tree;\n};\n\n/*\nParse a run of text at the current position\n\tterminatorRegExp: a regexp at which to stop the run\n\toptions: see below\nOptions available:\n\teatTerminator: move the parse position past any encountered terminator (default false)\n*/\nWikiParser.prototype.parseInlineRun = function(terminatorRegExp,options) {\n\tif(terminatorRegExp) {\n\t\treturn this.parseInlineRunTerminated(terminatorRegExp,options);\n\t} else {\n\t\treturn this.parseInlineRunUnterminated(options);\n\t}\n};\n\nWikiParser.prototype.parseInlineRunUnterminated = function(options) {\n\tvar tree = [];\n\t// Find the next occurrence of an inline rule\n\tvar nextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around the matches until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && nextMatch) {\n\t\t// Process the text preceding the run rule\n\t\tif(nextMatch.matchIndex > this.pos) {\n\t\t\ttree.push({type: \"text\", text: this.source.substring(this.pos,nextMatch.matchIndex)});\n\t\t\tthis.pos = nextMatch.matchIndex;\n\t\t}\n\t\t// Process the run rule\n\t\ttree.push.apply(tree,nextMatch.rule.parse());\n\t\t// Look for the next run rule\n\t\tnextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\ttree.push({type: \"text\", text: this.source.substr(this.pos)});\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\nWikiParser.prototype.parseInlineRunTerminated = function(terminatorRegExp,options) {\n\toptions = options || {};\n\tvar tree = [];\n\t// Find the next occurrence of the terminator\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar terminatorMatch = terminatorRegExp.exec(this.source);\n\t// Find the next occurrence of a inlinerule\n\tvar inlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && (terminatorMatch || inlineRuleMatch)) {\n\t\t// Return if we've found the terminator, and it precedes any inline rule match\n\t\tif(terminatorMatch) {\n\t\t\tif(!inlineRuleMatch || inlineRuleMatch.matchIndex >= terminatorMatch.index) {\n\t\t\t\tif(terminatorMatch.index > this.pos) {\n\t\t\t\t\ttree.push({type: \"text\", text: this.source.substring(this.pos,terminatorMatch.index)});\n\t\t\t\t}\n\t\t\t\tthis.pos = terminatorMatch.index;\n\t\t\t\tif(options.eatTerminator) {\n\t\t\t\t\tthis.pos += terminatorMatch[0].length;\n\t\t\t\t}\n\t\t\t\treturn tree;\n\t\t\t}\n\t\t}\n\t\t// Process any inline rule, along with the text preceding it\n\t\tif(inlineRuleMatch) {\n\t\t\t// Preceding text\n\t\t\tif(inlineRuleMatch.matchIndex > this.pos) {\n\t\t\t\ttree.push({type: \"text\", text: this.source.substring(this.pos,inlineRuleMatch.matchIndex)});\n\t\t\t\tthis.pos = inlineRuleMatch.matchIndex;\n\t\t\t}\n\t\t\t// Process the inline rule\n\t\t\ttree.push.apply(tree,inlineRuleMatch.rule.parse());\n\t\t\t// Look for the next inline rule\n\t\t\tinlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t\t\t// Look for the next terminator match\n\t\t\tterminatorRegExp.lastIndex = this.pos;\n\t\t\tterminatorMatch = terminatorRegExp.exec(this.source);\n\t\t}\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\ttree.push({type: \"text\", text: this.source.substr(this.pos)});\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\n/*\nParse zero or more class specifiers `.classname`\n*/\nWikiParser.prototype.parseClasses = function() {\n\tvar classRegExp = /\\.([^\\s\\.]+)/mg,\n\t\tclassNames = [];\n\tclassRegExp.lastIndex = this.pos;\n\tvar match = classRegExp.exec(this.source);\n\twhile(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t\tclassNames.push(match[1]);\n\t\tmatch = classRegExp.exec(this.source);\n\t}\n\treturn classNames;\n};\n\n/*\nAmend the rules used by this instance of the parser\n\ttype: `only` keeps just the named rules, `except` keeps all but the named rules\n\tnames: array of rule names\n*/\nWikiParser.prototype.amendRules = function(type,names) {\n\tnames = names || [];\n\t// Define the filter function\n\tvar keepFilter;\n\tif(type === \"only\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) !== -1;\n\t\t};\n\t} else if(type === \"except\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) === -1;\n\t\t};\n\t} else {\n\t\treturn;\n\t}\n\t// Define a function to process each of our rule arrays\n\tvar processRuleArray = function(ruleArray) {\n\t\tfor(var t=ruleArray.length-1; t>=0; t--) {\n\t\t\tif(!keepFilter(ruleArray[t].rule.name)) {\n\t\t\t\truleArray.splice(t,1);\n\t\t\t}\n\t\t}\n\t};\n\t// Process each rule array\n\tprocessRuleArray(this.pragmaRules);\n\tprocessRuleArray(this.blockRules);\n\tprocessRuleArray(this.inlineRules);\n};\n\nexports[\"text/vnd.tiddlywiki\"] = WikiParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/wikiparser/wikiparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/wikiparser/rules/wikirulebase.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikirulebase.js\ntype: application/javascript\nmodule-type: global\n\nBase class for wiki parser rules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nThis constructor is always overridden with a blank constructor, and so shouldn't be used\n*/\nvar WikiRuleBase = function() {\n};\n\n/*\nTo be overridden by individual rules\n*/\nWikiRuleBase.prototype.init = function(parser) {\n\tthis.parser = parser;\n};\n\n/*\nDefault implementation of findNextMatch uses RegExp matching\n*/\nWikiRuleBase.prototype.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\treturn this.match ? this.match.index : undefined;\n};\n\nexports.WikiRuleBase = WikiRuleBase;\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/wikirulebase.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/pluginswitcher.js": {
"text": "/*\\\ntitle: $:/core/modules/pluginswitcher.js\ntype: application/javascript\nmodule-type: global\n\nManages switching plugins for themes and languages.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\noptions:\nwiki: wiki store to be used\npluginType: type of plugin to be switched\ncontrollerTitle: title of tiddler used to control switching of this resource\ndefaultPlugins: array of default plugins to be used if nominated plugin isn't found\nonSwitch: callback when plugin is switched (single parameter is array of plugin titles)\n*/\nfunction PluginSwitcher(options) {\n\tthis.wiki = options.wiki;\n\tthis.pluginType = options.pluginType;\n\tthis.controllerTitle = options.controllerTitle;\n\tthis.defaultPlugins = options.defaultPlugins || [];\n\tthis.onSwitch = options.onSwitch;\n\t// Switch to the current plugin\n\tthis.switchPlugins();\n\t// Listen for changes to the selected plugin\n\tvar self = this;\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,self.controllerTitle)) {\n\t\t\tself.switchPlugins();\n\t\t}\n\t});\n}\n\nPluginSwitcher.prototype.switchPlugins = function() {\n\t// Get the name of the current theme\n\tvar selectedPluginTitle = this.wiki.getTiddlerText(this.controllerTitle);\n\t// If it doesn't exist, then fallback to one of the default themes\n\tvar index = 0;\n\twhile(!this.wiki.getTiddler(selectedPluginTitle) && index < this.defaultPlugins.length) {\n\t\tselectedPluginTitle = this.defaultPlugins[index++];\n\t}\n\t// Accumulate the titles of the plugins that we need to load\n\tvar plugins = [],\n\t\tself = this,\n\t\taccumulatePlugin = function(title) {\n\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\tif(tiddler && tiddler.isPlugin() && plugins.indexOf(title) === -1) {\n\t\t\t\tplugins.push(title);\n\t\t\t\tvar pluginInfo = JSON.parse(self.wiki.getTiddlerText(title)),\n\t\t\t\t\tdependents = $tw.utils.parseStringArray(tiddler.fields.dependents || \"\");\n\t\t\t\t$tw.utils.each(dependents,function(title) {\n\t\t\t\t\taccumulatePlugin(title);\n\t\t\t\t});\n\t\t\t}\n\t\t};\n\taccumulatePlugin(selectedPluginTitle);\n\t// Unregister any existing theme tiddlers\n\tvar unregisteredTiddlers = $tw.wiki.unregisterPluginTiddlers(this.pluginType);\n\t// Register any new theme tiddlers\n\tvar registeredTiddlers = $tw.wiki.registerPluginTiddlers(this.pluginType,plugins);\n\t// Unpack the current theme tiddlers\n\t$tw.wiki.unpackPluginTiddlers();\n\t// Call the switch handler\n\tif(this.onSwitch) {\n\t\tthis.onSwitch(plugins);\n\t}\n};\n\nexports.PluginSwitcher = PluginSwitcher;\n\n})();\n",
"title": "$:/core/modules/pluginswitcher.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/saver-handler.js": {
"text": "/*\\\ntitle: $:/core/modules/saver-handler.js\ntype: application/javascript\nmodule-type: global\n\nThe saver handler tracks changes to the store and handles saving the entire wiki via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInstantiate the saver handler with the following options:\nwiki: wiki to be synced\ndirtyTracking: true if dirty tracking should be performed\n*/\nfunction SaverHandler(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.dirtyTracking = options.dirtyTracking;\n\tthis.pendingAutoSave = false;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"saver-handler\");\n\t// Initialise our savers\n\tif($tw.browser) {\n\t\tthis.initSavers();\n\t}\n\t// Only do dirty tracking if required\n\tif($tw.browser && this.dirtyTracking) {\n\t\t// Compile the dirty tiddler filter\n\t\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t\t// Count of changes that have not yet been saved\n\t\tthis.numChanges = 0;\n\t\t// Listen out for changes to tiddlers\n\t\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\t\t// Filter the changes so that we only count changes to tiddlers that we care about\n\t\t\tvar filteredChanges = self.filterFn.call(self.wiki,function(iterator) {\n\t\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\t\titerator(tiddler,title);\n\t\t\t\t});\n\t\t\t});\n\t\t\t// Adjust the number of changes\n\t\t\tself.numChanges += filteredChanges.length;\n\t\t\tself.updateDirtyStatus();\n\t\t\t// Do any autosave if one is pending and there's no more change events\n\t\t\tif(self.pendingAutoSave && self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tself.pendingAutoSave = false;\n\t\t\t}\n\t\t});\n\t\t// Listen for the autosave event\n\t\t$tw.rootWidget.addEventListener(\"tm-auto-save-wiki\",function(event) {\n\t\t\t// Do the autosave unless there are outstanding tiddler change events\n\t\t\tif(self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// Otherwise put ourselves in the \"pending autosave\" state and wait for the change event before we do the autosave\n\t\t\t\tself.pendingAutoSave = true;\n\t\t\t}\n\t\t});\n\t\t// Set up our beforeunload handler\n\t\t$tw.addUnloadTask(function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t}\n\t// Install the save action handlers\n\tif($tw.browser) {\n\t\t$tw.rootWidget.addEventListener(\"tm-save-wiki\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-download-file\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\tmethod: \"download\",\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t}\n}\n\nSaverHandler.prototype.titleSyncFilter = \"$:/config/SaverFilter\";\nSaverHandler.prototype.titleAutoSave = \"$:/config/AutoSave\";\nSaverHandler.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\n\n/*\nSelect the appropriate saver modules and set them up\n*/\nSaverHandler.prototype.initSavers = function(moduleType) {\n\tmoduleType = moduleType || \"saver\";\n\t// Instantiate the available savers\n\tthis.savers = [];\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tif(module.canSave(self)) {\n\t\t\tself.savers.push(module.create(self.wiki));\n\t\t}\n\t});\n\t// Sort the savers into priority order\n\tthis.savers.sort(function(a,b) {\n\t\tif(a.info.priority < b.info.priority) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(a.info.priority > b.info.priority) {\n\t\t\t\treturn +1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nSave the wiki contents. Options are:\n\tmethod: \"save\", \"autosave\" or \"download\"\n\ttemplate: the tiddler containing the template to save\n\tdownloadType: the content type for the saved file\n*/\nSaverHandler.prototype.saveWiki = function(options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tmethod = options.method || \"save\",\n\t\tvariables = options.variables || {},\n\t\ttemplate = options.template || \"$:/core/save/all\",\n\t\tdownloadType = options.downloadType || \"text/plain\",\n\t\ttext = this.wiki.renderTiddler(downloadType,template,options),\n\t\tcallback = function(err) {\n\t\t\tif(err) {\n\t\t\t\talert($tw.language.getString(\"Error/WhileSaving\") + \":\\n\\n\" + err);\n\t\t\t} else {\n\t\t\t\t// Clear the task queue if we're saving (rather than downloading)\n\t\t\t\tif(method !== \"download\") {\n\t\t\t\t\tself.numChanges = 0;\n\t\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t}\n\t\t\t\t$tw.notifier.display(self.titleSavedNotification);\n\t\t\t\tif(options.callback) {\n\t\t\t\t\toptions.callback();\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\t// Ignore autosave if disabled\n\tif(method === \"autosave\" && this.wiki.getTiddlerText(this.titleAutoSave,\"yes\") !== \"yes\") {\n\t\treturn false;\n\t}\n\t// Call the highest priority saver that supports this method\n\tfor(var t=this.savers.length-1; t>=0; t--) {\n\t\tvar saver = this.savers[t];\n\t\tif(saver.info.capabilities.indexOf(method) !== -1 && saver.save(text,method,callback,{variables: {filename: variables.filename}})) {\n\t\t\tthis.logger.log(\"Saving wiki with method\",method,\"through saver\",saver.info.name);\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSaverHandler.prototype.isDirty = function() {\n\treturn this.numChanges > 0;\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSaverHandler.prototype.updateDirtyStatus = function() {\n\tif($tw.browser) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\nexports.SaverHandler = SaverHandler;\n\n})();\n",
"title": "$:/core/modules/saver-handler.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/savers/andtidwiki.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/andtidwiki.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the AndTidWiki Android app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar AndTidWiki = function(wiki) {\n};\n\nAndTidWiki.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.toString().split(\"#\")[0]);\n\t// Strip the file://\n\tif(pathname.indexOf(\"file://\") === 0) {\n\t\tpathname = pathname.substr(7);\n\t}\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Save the file\n\twindow.twi.saveFile(pathname,text);\n\t// Call the callback\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nAndTidWiki.prototype.info = {\n\tname: \"andtidwiki\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.twi && !!window.twi.saveFile;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new AndTidWiki(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/andtidwiki.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/beaker.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/beaker.js\ntype: application/javascript\nmodule-type: saver\n\nSaves files using the Beaker browser's (https://beakerbrowser.com) Dat protocol (https://datproject.org/)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSet up the saver\n*/\nvar BeakerSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nBeakerSaver.prototype.save = function(text,method,callback) {\n\tvar url = (location.toString()).split(\"#\")[0];\n\tdat.stat(url).then(function(value) {\n\t\tif(value.type === \"directory\") {\n\t\t\turl = url + \"/index.html\";\n\t\t}\n\t\tdat.writeFile(url,text,\"utf8\").then(function(value) {\n\t\t\tcallback(null);\n\t\t},function(reason) {\n\t\t\tcallback(\"Beaker Saver Write Error: \" + reason);\n\t\t});\t\t\n\t},function(reason) {\n\t\tcallback(\"Beaker Saver Stat Error: \" + reason);\n\t});\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nBeakerSaver.prototype.info = {\n\tname: \"beaker\",\n\tpriority: 3000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.dat;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new BeakerSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/beaker.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/download.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/download.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar DownloadSaver = function(wiki) {\n};\n\nDownloadSaver.prototype.save = function(text,method,callback,options) {\n\toptions = options || {};\n\t// Get the current filename\n\tvar filename = options.variables.filename;\n\tif(!filename) {\n\t\tvar p = document.location.pathname.lastIndexOf(\"/\");\n\t\tif(p !== -1) {\n\t\t\tfilename = document.location.pathname.substr(p+1);\n\t\t}\n\t}\n\tif(!filename) {\n\t\tfilename = \"tiddlywiki.html\";\n\t}\n\t// Set up the link\n\tvar link = document.createElement(\"a\");\n\tif(Blob !== undefined) {\n\t\tvar blob = new Blob([text], {type: \"text/html\"});\n\t\tlink.setAttribute(\"href\", URL.createObjectURL(blob));\n\t} else {\n\t\tlink.setAttribute(\"href\",\"data:text/html,\" + encodeURIComponent(text));\n\t}\n\tlink.setAttribute(\"download\",filename);\n\tdocument.body.appendChild(link);\n\tlink.click();\n\tdocument.body.removeChild(link);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nDownloadSaver.prototype.info = {\n\tname: \"download\",\n\tpriority: 100\n};\n\nObject.defineProperty(DownloadSaver.prototype.info, \"capabilities\", {\n\tget: function() {\n\t\tvar capabilities = [\"save\", \"download\"];\n\t\tif(($tw.wiki.getTextReference(\"$:/config/DownloadSaver/AutoSave\") || \"\").toLowerCase() === \"yes\") {\n\t\t\tcapabilities.push(\"autosave\");\n\t\t}\n\t\treturn capabilities;\n\t}\n});\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn document.createElement(\"a\").download !== undefined;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new DownloadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/download.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/fsosaver.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/fsosaver.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via MS FileSystemObject ActiveXObject\n\nNote: Since TiddlyWiki's markup contains the MOTW, the FileSystemObject normally won't be available. \nHowever, if the wiki is loaded as an .HTA file (Windows HTML Applications) then the FSO can be used.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar FSOSaver = function(wiki) {\n};\n\nFSOSaver.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = unescape(document.location.pathname);\n\t// Test for a Windows path of the form /x:\\blah...\n\tif(/^\\/[A-Z]\\:\\\\[^\\\\]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t} else if(document.location.hostname !== \"\" && /^\\/\\\\[^\\\\]+\\\\[^\\\\]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t\t// reconstruct UNC path\n\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t} else {\n\t\treturn false;\n\t}\n\t// Save the file (as UTF-16)\n\tvar fso = new ActiveXObject(\"Scripting.FileSystemObject\");\n\tvar file = fso.OpenTextFile(pathname,2,-1,-1);\n\tfile.Write(text);\n\tfile.Close();\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nFSOSaver.prototype.info = {\n\tname: \"FSOSaver\",\n\tpriority: 120,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\ttry {\n\t\treturn (window.location.protocol === \"file:\") && !!(new ActiveXObject(\"Scripting.FileSystemObject\"));\n\t} catch(e) { return false; }\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new FSOSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/fsosaver.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/manualdownload.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/manualdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Title of the tiddler containing the download message\nvar downloadInstructionsTitle = \"$:/language/Modals/Download\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar ManualDownloadSaver = function(wiki) {\n};\n\nManualDownloadSaver.prototype.save = function(text,method,callback) {\n\t$tw.modal.display(downloadInstructionsTitle,{\n\t\tdownloadLink: \"data:text/html,\" + encodeURIComponent(text)\n\t});\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nManualDownloadSaver.prototype.info = {\n\tname: \"manualdownload\",\n\tpriority: 0,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new ManualDownloadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/manualdownload.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/msdownload.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/msdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via window.navigator.msSaveBlob()\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar MsDownloadSaver = function(wiki) {\n};\n\nMsDownloadSaver.prototype.save = function(text,method,callback) {\n\t// Get the current filename\n\tvar filename = \"tiddlywiki.html\",\n\t\tp = document.location.pathname.lastIndexOf(\"/\");\n\tif(p !== -1) {\n\t\tfilename = document.location.pathname.substr(p+1);\n\t}\n\t// Set up the link\n\tvar blob = new Blob([text], {type: \"text/html\"});\n\twindow.navigator.msSaveBlob(blob,filename);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nMsDownloadSaver.prototype.info = {\n\tname: \"msdownload\",\n\tpriority: 110,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.navigator.msSaveBlob;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new MsDownloadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/msdownload.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/put.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/put.js\ntype: application/javascript\nmodule-type: saver\n\nSaves wiki by performing a PUT request to the server\n\nWorks with any server which accepts a PUT request\nto the current URL, such as a WebDAV server.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar PutSaver = function(wiki) {\n\tthis.wiki = wiki;\n\tvar self = this;\n\tvar uri = this.uri();\n\t// Async server probe. Until probe finishes, save will fail fast\n\t// See also https://github.com/Jermolene/TiddlyWiki5/issues/2276\n\t$tw.utils.httpRequest({\n\t\turl: uri,\n\t\ttype: \"OPTIONS\",\n\t\tcallback: function(err, data, xhr) {\n\t\t\t// Check DAV header http://www.webdav.org/specs/rfc2518.html#rfc.section.9.1\n\t\t\tif(!err) {\n\t\t\t\tself.serverAcceptsPuts = xhr.status === 200 && !!xhr.getResponseHeader(\"dav\");\n\t\t\t}\n\t\t}\n\t});\n\t// Retrieve ETag if available\n\t$tw.utils.httpRequest({\n\t\turl: uri,\n\t\ttype: \"HEAD\",\n\t\tcallback: function(err, data, xhr) {\n\t\t\tif(!err) {\n\t\t\t\tself.etag = xhr.getResponseHeader(\"ETag\");\n\t\t\t}\n\t\t}\n\t});\n};\n\nPutSaver.prototype.uri = function() {\n\treturn encodeURI(document.location.toString().split(\"#\")[0]);\n};\n\n// TODO: in case of edit conflict\n// Prompt: Do you want to save over this? Y/N\n// Merging would be ideal, and may be possible using future generic merge flow\nPutSaver.prototype.save = function(text, method, callback) {\n\tif(!this.serverAcceptsPuts) {\n\t\treturn false;\n\t}\n\tvar self = this;\n\tvar headers = { \"Content-Type\": \"text/html;charset=UTF-8\" };\n\tif(this.etag) {\n\t\theaders[\"If-Match\"] = this.etag;\n\t}\n\t$tw.utils.httpRequest({\n\t\turl: this.uri(),\n\t\ttype: \"PUT\",\n\t\theaders: headers,\n\t\tdata: text,\n\t\tcallback: function(err, data, xhr) {\n\t\t\tif(err) {\n\t\t\t\tcallback(err);\n\t\t\t} if(xhr.status === 200 || xhr.status === 201) {\n\t\t\t\tself.etag = xhr.getResponseHeader(\"ETag\");\n\t\t\t\tcallback(null); // success\n\t\t\t} else if(xhr.status === 412) { // edit conflict\n\t\t\t\tvar message = $tw.language.getString(\"Error/EditConflict\");\n\t\t\t\tcallback(message);\n\t\t\t} else {\n\t\t\t\tcallback(xhr.responseText); // fail\n\t\t\t}\n\t\t}\n\t});\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nPutSaver.prototype.info = {\n\tname: \"put\",\n\tpriority: 2000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn /^https?:/.test(location.protocol);\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new PutSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/put.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/tiddlyfox.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/tiddlyfox.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TiddlyFox file extension\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TiddlyFoxSaver = function(wiki) {\n};\n\nTiddlyFoxSaver.prototype.save = function(text,method,callback) {\n\tvar messageBox = document.getElementById(\"tiddlyfox-message-box\");\n\tif(messageBox) {\n\t\t// Get the pathname of this document\n\t\tvar pathname = document.location.toString().split(\"#\")[0];\n\t\t// Replace file://localhost/ with file:///\n\t\tif(pathname.indexOf(\"file://localhost/\") === 0) {\n\t\t\tpathname = \"file://\" + pathname.substr(16);\n\t\t}\n\t\t// Windows path file:///x:/blah/blah --> x:\\blah\\blah\n\t\tif(/^file\\:\\/\\/\\/[A-Z]\\:\\//i.test(pathname)) {\n\t\t\t// Remove the leading slash and convert slashes to backslashes\n\t\t\tpathname = pathname.substr(8).replace(/\\//g,\"\\\\\");\n\t\t// Firefox Windows network path file://///server/share/blah/blah --> //server/share/blah/blah\n\t\t} else if(pathname.indexOf(\"file://///\") === 0) {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(10)).replace(/\\//g,\"\\\\\");\n\t\t// Mac/Unix local path file:///path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:///\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(7));\n\t\t// Mac/Unix local path file:/path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:/\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(5));\n\t\t// Otherwise Windows networth path file://server/share/path/path --> \\\\server\\share\\path\\path\n\t\t} else {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(7)).replace(new RegExp(\"/\",\"g\"),\"\\\\\");\n\t\t}\n\t\t// Create the message element and put it in the message box\n\t\tvar message = document.createElement(\"div\");\n\t\tmessage.setAttribute(\"data-tiddlyfox-path\",decodeURIComponent(pathname));\n\t\tmessage.setAttribute(\"data-tiddlyfox-content\",text);\n\t\tmessageBox.appendChild(message);\n\t\t// Add an event handler for when the file has been saved\n\t\tmessage.addEventListener(\"tiddlyfox-have-saved-file\",function(event) {\n\t\t\tcallback(null);\n\t\t}, false);\n\t\t// Create and dispatch the custom event to the extension\n\t\tvar event = document.createEvent(\"Events\");\n\t\tevent.initEvent(\"tiddlyfox-save-file\",true,false);\n\t\tmessage.dispatchEvent(event);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyFoxSaver.prototype.info = {\n\tname: \"tiddlyfox\",\n\tpriority: 1500,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyFoxSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/tiddlyfox.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/tiddlyie.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/tiddlyie.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via Internet Explorer BHO extenion (TiddlyIE)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar TiddlyIESaver = function(wiki) {\n};\n\nTiddlyIESaver.prototype.save = function(text,method,callback) {\n\t// Check existence of TiddlyIE BHO extension (note: only works after document is complete)\n\tif(typeof(window.TiddlyIE) != \"undefined\") {\n\t\t// Get the pathname of this document\n\t\tvar pathname = unescape(document.location.pathname);\n\t\t// Test for a Windows path of the form /x:/blah...\n\t\tif(/^\\/[A-Z]\\:\\/[^\\/]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+ (is this better?: ^/[a-z]:/[^/]+(/[^/]+)*\\.[^/]+ )\n\t\t\t// Remove the leading slash\n\t\t\tpathname = pathname.substr(1);\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t} else if(document.hostname !== \"\" && /^\\/[^\\/]+\\/[^\\/]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t\t// reconstruct UNC path\n\t\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t\t} else return false;\n\t\t// Prompt the user to save the file\n\t\twindow.TiddlyIE.save(pathname, text);\n\t\t// Callback that we succeeded\n\t\tcallback(null);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyIESaver.prototype.info = {\n\tname: \"tiddlyiesaver\",\n\tpriority: 1500,\n\tcapabilities: [\"save\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn (window.location.protocol === \"file:\");\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyIESaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/tiddlyie.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/twedit.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/twedit.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TWEdit iOS app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TWEditSaver = function(wiki) {\n};\n\nTWEditSaver.prototype.save = function(text,method,callback) {\n\t// Bail if we're not running under TWEdit\n\tif(typeof DeviceInfo !== \"object\") {\n\t\treturn false;\n\t}\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.pathname);\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Remove the leading \"/Documents\" from path\n\tvar prefix = \"/Documents\";\n\tif(pathname.indexOf(prefix) === 0) {\n\t\tpathname = pathname.substr(prefix.length);\n\t}\n\t// Error handler\n\tvar errorHandler = function(event) {\n\t\t// Error\n\t\tcallback($tw.language.getString(\"Error/SavingToTWEdit\") + \": \" + event.target.error.code);\n\t};\n\t// Get the file system\n\twindow.requestFileSystem(LocalFileSystem.PERSISTENT,0,function(fileSystem) {\n\t\t// Now we've got the filesystem, get the fileEntry\n\t\tfileSystem.root.getFile(pathname, {create: true}, function(fileEntry) {\n\t\t\t// Now we've got the fileEntry, create the writer\n\t\t\tfileEntry.createWriter(function(writer) {\n\t\t\t\twriter.onerror = errorHandler;\n\t\t\t\twriter.onwrite = function() {\n\t\t\t\t\tcallback(null);\n\t\t\t\t};\n\t\t\t\twriter.position = 0;\n\t\t\t\twriter.write(text);\n\t\t\t},errorHandler);\n\t\t}, errorHandler);\n\t}, errorHandler);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nTWEditSaver.prototype.info = {\n\tname: \"twedit\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TWEditSaver(wiki);\n};\n\n/////////////////////////// Hack\n// HACK: This ensures that TWEdit recognises us as a TiddlyWiki document\nif($tw.browser) {\n\twindow.version = {title: \"TiddlyWiki\"};\n}\n\n})();\n",
"title": "$:/core/modules/savers/twedit.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/upload.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/upload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via upload to a server.\n\nDesigned to be compatible with BidiX's UploadPlugin at http://tiddlywiki.bidix.info/#UploadPlugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar UploadSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nUploadSaver.prototype.save = function(text,method,callback) {\n\t// Get the various parameters we need\n\tvar backupDir = this.wiki.getTextReference(\"$:/UploadBackupDir\") || \".\",\n\t\tusername = this.wiki.getTextReference(\"$:/UploadName\"),\n\t\tpassword = $tw.utils.getPassword(\"upload\"),\n\t\tuploadDir = this.wiki.getTextReference(\"$:/UploadDir\") || \".\",\n\t\tuploadFilename = this.wiki.getTextReference(\"$:/UploadFilename\") || \"index.html\",\n\t\turl = this.wiki.getTextReference(\"$:/UploadURL\");\n\t// Bail out if we don't have the bits we need\n\tif(!username || username.toString().trim() === \"\" || !password || password.toString().trim() === \"\") {\n\t\treturn false;\n\t}\n\t// Construct the url if not provided\n\tif(!url) {\n\t\turl = \"http://\" + username + \".tiddlyspot.com/store.cgi\";\n\t}\n\t// Assemble the header\n\tvar boundary = \"---------------------------\" + \"AaB03x\";\t\n\tvar uploadFormName = \"UploadPlugin\";\n\tvar head = [];\n\thead.push(\"--\" + boundary + \"\\r\\nContent-disposition: form-data; name=\\\"UploadPlugin\\\"\\r\\n\");\n\thead.push(\"backupDir=\" + backupDir + \";user=\" + username + \";password=\" + password + \";uploaddir=\" + uploadDir + \";;\"); \n\thead.push(\"\\r\\n\" + \"--\" + boundary);\n\thead.push(\"Content-disposition: form-data; name=\\\"userfile\\\"; filename=\\\"\" + uploadFilename + \"\\\"\");\n\thead.push(\"Content-Type: text/html;charset=UTF-8\");\n\thead.push(\"Content-Length: \" + text.length + \"\\r\\n\");\n\thead.push(\"\");\n\t// Assemble the tail and the data itself\n\tvar tail = \"\\r\\n--\" + boundary + \"--\\r\\n\",\n\t\tdata = head.join(\"\\r\\n\") + text + tail;\n\t// Do the HTTP post\n\tvar http = new XMLHttpRequest();\n\thttp.open(\"POST\",url,true,username,password);\n\thttp.setRequestHeader(\"Content-Type\",\"multipart/form-data; charset=UTF-8; boundary=\" + boundary);\n\thttp.onreadystatechange = function() {\n\t\tif(http.readyState == 4 && http.status == 200) {\n\t\t\tif(http.responseText.substr(0,4) === \"0 - \") {\n\t\t\t\tcallback(null);\n\t\t\t} else {\n\t\t\t\tcallback(http.responseText);\n\t\t\t}\n\t\t}\n\t};\n\ttry {\n\t\thttp.send(data);\n\t} catch(ex) {\n\t\treturn callback($tw.language.getString(\"Error/Caption\") + \":\" + ex);\n\t}\n\t$tw.notifier.display(\"$:/language/Notifications/Save/Starting\");\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nUploadSaver.prototype.info = {\n\tname: \"upload\",\n\tpriority: 2000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new UploadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/upload.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/browser-messaging.js": {
"text": "/*\\\ntitle: $:/core/modules/browser-messaging.js\ntype: application/javascript\nmodule-type: startup\n\nBrowser message handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"browser-messaging\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n/*\nLoad a specified url as an iframe and call the callback when it is loaded. If the url is already loaded then the existing iframe instance is used\n*/\nfunction loadIFrame(url,callback) {\n\t// Check if iframe already exists\n\tvar iframeInfo = $tw.browserMessaging.iframeInfoMap[url];\n\tif(iframeInfo) {\n\t\t// We've already got the iframe\n\t\tcallback(null,iframeInfo);\n\t} else {\n\t\t// Create the iframe and save it in the list\n\t\tvar iframe = document.createElement(\"iframe\");\n\t\tiframeInfo = {\n\t\t\turl: url,\n\t\t\tstatus: \"loading\",\n\t\t\tdomNode: iframe\n\t\t};\n\t\t$tw.browserMessaging.iframeInfoMap[url] = iframeInfo;\n\t\tsaveIFrameInfoTiddler(iframeInfo);\n\t\t// Add the iframe to the DOM and hide it\n\t\tiframe.style.display = \"none\";\n\t\tiframe.setAttribute(\"library\",\"true\");\n\t\tdocument.body.appendChild(iframe);\n\t\t// Set up onload\n\t\tiframe.onload = function() {\n\t\t\tiframeInfo.status = \"loaded\";\n\t\t\tsaveIFrameInfoTiddler(iframeInfo);\n\t\t\tcallback(null,iframeInfo);\n\t\t};\n\t\tiframe.onerror = function() {\n\t\t\tcallback(\"Cannot load iframe\");\n\t\t};\n\t\ttry {\n\t\t\tiframe.src = url;\n\t\t} catch(ex) {\n\t\t\tcallback(ex);\n\t\t}\n\t}\n}\n\n/*\nUnload library iframe for given url\n*/\nfunction unloadIFrame(url){\n\t$tw.utils.each(document.getElementsByTagName('iframe'), function(iframe) {\n\t\tif(iframe.getAttribute(\"library\") === \"true\" &&\n\t\t iframe.getAttribute(\"src\") === url) {\n\t\t\tiframe.parentNode.removeChild(iframe);\n\t\t}\n\t});\n}\n\nfunction saveIFrameInfoTiddler(iframeInfo) {\n\t$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getCreationFields(),{\n\t\ttitle: \"$:/temp/ServerConnection/\" + iframeInfo.url,\n\t\ttext: iframeInfo.status,\n\t\ttags: [\"$:/tags/ServerConnection\"],\n\t\turl: iframeInfo.url\n\t},$tw.wiki.getModificationFields()));\n}\n\nexports.startup = function() {\n\t// Initialise the store of iframes we've created\n\t$tw.browserMessaging = {\n\t\tiframeInfoMap: {} // Hashmap by URL of {url:,status:\"loading/loaded\",domNode:}\n\t};\n\t// Listen for widget messages to control loading the plugin library\n\t$tw.rootWidget.addEventListener(\"tm-load-plugin-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url;\n\t\tif(url) {\n\t\t\tloadIFrame(url,function(err,iframeInfo) {\n\t\t\t\tif(err) {\n\t\t\t\t\talert($tw.language.getString(\"Error/LoadingPluginLibrary\") + \": \" + url);\n\t\t\t\t} else {\n\t\t\t\t\tiframeInfo.domNode.contentWindow.postMessage({\n\t\t\t\t\t\tverb: \"GET\",\n\t\t\t\t\t\turl: \"recipes/library/tiddlers.json\",\n\t\t\t\t\t\tcookies: {\n\t\t\t\t\t\t\ttype: \"save-info\",\n\t\t\t\t\t\t\tinfoTitlePrefix: paramObject.infoTitlePrefix || \"$:/temp/RemoteAssetInfo/\",\n\t\t\t\t\t\t\turl: url\n\t\t\t\t\t\t}\n\t\t\t\t\t},\"*\");\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Listen for widget messages to control unloading the plugin library\n\t$tw.rootWidget.addEventListener(\"tm-unload-plugin-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url;\n\t\t$tw.browserMessaging.iframeInfoMap[url] = undefined;\n\t\tif(url) {\n\t\t\tunloadIFrame(url);\n\t\t\t$tw.utils.each(\n\t\t\t\t$tw.wiki.filterTiddlers(\"[[$:/temp/ServerConnection/\" + url + \"]] [prefix[$:/temp/RemoteAssetInfo/\" + url + \"/]]\"),\n\t\t\t\tfunction(title) {\n\t\t\t\t\t$tw.wiki.deleteTiddler(title);\n\t\t\t\t}\n\t\t\t);\n\t\t}\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-load-plugin-from-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url,\n\t\t\ttitle = paramObject.title;\n\t\tif(url && title) {\n\t\t\tloadIFrame(url,function(err,iframeInfo) {\n\t\t\t\tif(err) {\n\t\t\t\t\talert($tw.language.getString(\"Error/LoadingPluginLibrary\") + \": \" + url);\n\t\t\t\t} else {\n\t\t\t\t\tiframeInfo.domNode.contentWindow.postMessage({\n\t\t\t\t\t\tverb: \"GET\",\n\t\t\t\t\t\turl: \"recipes/library/tiddlers/\" + encodeURIComponent(title) + \".json\",\n\t\t\t\t\t\tcookies: {\n\t\t\t\t\t\t\ttype: \"save-tiddler\",\n\t\t\t\t\t\t\turl: url\n\t\t\t\t\t\t}\n\t\t\t\t\t},\"*\");\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Listen for window messages from other windows\n\twindow.addEventListener(\"message\",function listener(event){\n\t\tconsole.log(\"browser-messaging: \",document.location.toString())\n\t\tconsole.log(\"browser-messaging: Received message from\",event.origin);\n\t\tconsole.log(\"browser-messaging: Message content\",event.data);\n\t\tswitch(event.data.verb) {\n\t\t\tcase \"GET-RESPONSE\":\n\t\t\t\tif(event.data.status.charAt(0) === \"2\") {\n\t\t\t\t\tif(event.data.cookies) {\n\t\t\t\t\t\tif(event.data.cookies.type === \"save-info\") {\n\t\t\t\t\t\t\tvar tiddlers = JSON.parse(event.data.body);\n\t\t\t\t\t\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\t\t\t\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\t\t\t\t\ttitle: event.data.cookies.infoTitlePrefix + event.data.cookies.url + \"/\" + tiddler.title,\n\t\t\t\t\t\t\t\t\t\"original-title\": tiddler.title,\n\t\t\t\t\t\t\t\t\ttext: \"\",\n\t\t\t\t\t\t\t\t\ttype: \"text/vnd.tiddlywiki\",\n\t\t\t\t\t\t\t\t\t\"original-type\": tiddler.type,\n\t\t\t\t\t\t\t\t\t\"plugin-type\": undefined,\n\t\t\t\t\t\t\t\t\t\"original-plugin-type\": tiddler[\"plugin-type\"],\n\t\t\t\t\t\t\t\t\t\"module-type\": undefined,\n\t\t\t\t\t\t\t\t\t\"original-module-type\": tiddler[\"module-type\"],\n\t\t\t\t\t\t\t\t\ttags: [\"$:/tags/RemoteAssetInfo\"],\n\t\t\t\t\t\t\t\t\t\"original-tags\": $tw.utils.stringifyList(tiddler.tags || []),\n\t\t\t\t\t\t\t\t\t\"server-url\": event.data.cookies.url\n\t\t\t\t\t\t\t\t},$tw.wiki.getModificationFields()));\n\t\t\t\t\t\t\t});\n\t\t\t\t\t\t} else if(event.data.cookies.type === \"save-tiddler\") {\n\t\t\t\t\t\t\tvar tiddler = JSON.parse(event.data.body);\n\t\t\t\t\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\t},false);\n};\n\n})();\n",
"title": "$:/core/modules/browser-messaging.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/commands.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/commands.js\ntype: application/javascript\nmodule-type: startup\n\nCommand processing\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"commands\";\nexports.platforms = [\"node\"];\nexports.after = [\"story\"];\nexports.synchronous = false;\n\nexports.startup = function(callback) {\n\t// On the server, start a commander with the command line arguments\n\tvar commander = new $tw.Commander(\n\t\t$tw.boot.argv,\n\t\tfunction(err) {\n\t\t\tif(err) {\n\t\t\t\treturn $tw.utils.error(\"Error: \" + err);\n\t\t\t}\n\t\t\tcallback();\n\t\t},\n\t\t$tw.wiki,\n\t\t{output: process.stdout, error: process.stderr}\n\t);\n\tcommander.execute();\n};\n\n})();\n",
"title": "$:/core/modules/startup/commands.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/favicon.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/favicon.js\ntype: application/javascript\nmodule-type: startup\n\nFavicon handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"favicon\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\t\t\n// Favicon tiddler\nvar FAVICON_TITLE = \"$:/favicon.ico\";\n\nexports.startup = function() {\n\t// Set up the favicon\n\tsetFavicon();\n\t// Reset the favicon when the tiddler changes\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,FAVICON_TITLE)) {\n\t\t\tsetFavicon();\n\t\t}\n\t});\n};\n\nfunction setFavicon() {\n\tvar tiddler = $tw.wiki.getTiddler(FAVICON_TITLE);\n\tif(tiddler) {\n\t\tvar faviconLink = document.getElementById(\"faviconLink\");\n\t\tfaviconLink.setAttribute(\"href\",\"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text);\n\t}\n}\n\n})();\n",
"title": "$:/core/modules/startup/favicon.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/info.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/info.js\ntype: application/javascript\nmodule-type: startup\n\nInitialise $:/info tiddlers via $:/temp/info-plugin pseudo-plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"info\";\nexports.before = [\"startup\"];\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Collect up the info tiddlers\n\tvar infoTiddlerFields = {};\n\t// Give each info module a chance to fill in as many info tiddlers as they want\n\t$tw.modules.forEachModuleOfType(\"info\",function(title,moduleExports) {\n\t\tif(moduleExports && moduleExports.getInfoTiddlerFields) {\n\t\t\tvar tiddlerFieldsArray = moduleExports.getInfoTiddlerFields(infoTiddlerFields);\n\t\t\t$tw.utils.each(tiddlerFieldsArray,function(fields) {\n\t\t\t\tif(fields) {\n\t\t\t\t\tinfoTiddlerFields[fields.title] = fields;\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Bake the info tiddlers into a plugin\n\tvar fields = {\n\t\ttitle: \"$:/temp/info-plugin\",\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"info\",\n\t\ttext: JSON.stringify({tiddlers: infoTiddlerFields},null,$tw.config.preferences.jsonSpaces)\n\t};\n\t$tw.wiki.addTiddler(new $tw.Tiddler(fields));\n\t$tw.wiki.readPluginInfo();\n\t$tw.wiki.registerPluginTiddlers(\"info\");\n\t$tw.wiki.unpackPluginTiddlers();\n};\n\n})();\n",
"title": "$:/core/modules/startup/info.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/load-modules.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/load-modules.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"load-modules\";\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Load modules\n\t$tw.modules.applyMethods(\"utils\",$tw.utils);\n\tif($tw.node) {\n\t\t$tw.modules.applyMethods(\"utils-node\",$tw.utils);\n\t}\n\t$tw.modules.applyMethods(\"global\",$tw);\n\t$tw.modules.applyMethods(\"config\",$tw.config);\n\t$tw.Tiddler.fieldModules = $tw.modules.getModulesByTypeAsHashmap(\"tiddlerfield\");\n\t$tw.modules.applyMethods(\"tiddlermethod\",$tw.Tiddler.prototype);\n\t$tw.modules.applyMethods(\"wikimethod\",$tw.Wiki.prototype);\n\t$tw.modules.applyMethods(\"tiddlerdeserializer\",$tw.Wiki.tiddlerDeserializerModules);\n\t$tw.macros = $tw.modules.getModulesByTypeAsHashmap(\"macro\");\n\t$tw.wiki.initParsers();\n\t$tw.Commander.initCommands();\n};\n\n})();\n",
"title": "$:/core/modules/startup/load-modules.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/password.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/password.js\ntype: application/javascript\nmodule-type: startup\n\nPassword handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"password\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t$tw.rootWidget.addEventListener(\"tm-set-password\",function(event) {\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: $tw.language.getString(\"Encryption/PromptSetPassword\"),\n\t\t\tnoUserName: true,\n\t\t\tsubmitText: $tw.language.getString(\"Encryption/SetPassword\"),\n\t\t\tcanCancel: true,\n\t\t\trepeatPassword: true,\n\t\t\tcallback: function(data) {\n\t\t\t\tif(data) {\n\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t}\n\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t}\n\t\t});\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-clear-password\",function(event) {\n\t\tif($tw.browser) {\n\t\t\tif(!confirm($tw.language.getString(\"Encryption/ConfirmClearPassword\"))) {\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t\t$tw.crypto.setPassword(null);\n\t});\n\t// Ensure that $:/isEncrypted is maintained properly\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,\"$:/isEncrypted\")) {\n\t\t\t$tw.crypto.updateCryptoStateTiddler();\n\t\t}\n\t});\n};\n\n})();\n",
"title": "$:/core/modules/startup/password.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/render.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/render.js\ntype: application/javascript\nmodule-type: startup\n\nTitle, stylesheet and page rendering\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"render\";\nexports.platforms = [\"browser\"];\nexports.after = [\"story\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar PAGE_TITLE_TITLE = \"$:/core/wiki/title\";\nvar PAGE_STYLESHEET_TITLE = \"$:/core/ui/PageStylesheet\";\nvar PAGE_TEMPLATE_TITLE = \"$:/core/ui/PageTemplate\";\n\n// Time (in ms) that we defer refreshing changes to draft tiddlers\nvar DRAFT_TIDDLER_TIMEOUT_TITLE = \"$:/config/Drafts/TypingTimeout\";\nvar DRAFT_TIDDLER_TIMEOUT = 400;\n\nexports.startup = function() {\n\t// Set up the title\n\t$tw.titleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TITLE_TITLE,{document: $tw.fakeDocument, parseAsInline: true});\n\t$tw.titleContainer = $tw.fakeDocument.createElement(\"div\");\n\t$tw.titleWidgetNode.render($tw.titleContainer,null);\n\tdocument.title = $tw.titleContainer.textContent;\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.titleWidgetNode.refresh(changes,$tw.titleContainer,null)) {\n\t\t\tdocument.title = $tw.titleContainer.textContent;\n\t\t}\n\t});\n\t// Set up the styles\n\t$tw.styleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_STYLESHEET_TITLE,{document: $tw.fakeDocument});\n\t$tw.styleContainer = $tw.fakeDocument.createElement(\"style\");\n\t$tw.styleWidgetNode.render($tw.styleContainer,null);\n\t$tw.styleElement = document.createElement(\"style\");\n\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\tdocument.head.insertBefore($tw.styleElement,document.head.firstChild);\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"styleRefresh\",function(changes) {\n\t\tif($tw.styleWidgetNode.refresh(changes,$tw.styleContainer,null)) {\n\t\t\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\t\t}\n\t}));\n\t// Display the $:/core/ui/PageTemplate tiddler to kick off the display\n\t$tw.perf.report(\"mainRender\",function() {\n\t\t$tw.pageWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TEMPLATE_TITLE,{document: document, parentWidget: $tw.rootWidget});\n\t\t$tw.pageContainer = document.createElement(\"div\");\n\t\t$tw.utils.addClass($tw.pageContainer,\"tc-page-container-wrapper\");\n\t\tdocument.body.insertBefore($tw.pageContainer,document.body.firstChild);\n\t\t$tw.pageWidgetNode.render($tw.pageContainer,null);\n\t})();\n\t// Prepare refresh mechanism\n\tvar deferredChanges = Object.create(null),\n\t\ttimerId;\n\tfunction refresh() {\n\t\t// Process the refresh\n\t\t$tw.pageWidgetNode.refresh(deferredChanges);\n\t\tdeferredChanges = Object.create(null);\n\t}\n\t// Add the change event handler\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"mainRefresh\",function(changes) {\n\t\t// Check if only drafts have changed\n\t\tvar onlyDraftsHaveChanged = true;\n\t\tfor(var title in changes) {\n\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\tif(!tiddler || !tiddler.hasField(\"draft.of\")) {\n\t\t\t\tonlyDraftsHaveChanged = false;\n\t\t\t}\n\t\t}\n\t\t// Defer the change if only drafts have changed\n\t\tif(timerId) {\n\t\t\tclearTimeout(timerId);\n\t\t}\n\t\ttimerId = null;\n\t\tif(onlyDraftsHaveChanged) {\n\t\t\tvar timeout = parseInt($tw.wiki.getTiddlerText(DRAFT_TIDDLER_TIMEOUT_TITLE,\"\"),10);\n\t\t\tif(isNaN(timeout)) {\n\t\t\t\ttimeout = DRAFT_TIDDLER_TIMEOUT;\n\t\t\t}\n\t\t\ttimerId = setTimeout(refresh,timeout);\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t} else {\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t\trefresh();\n\t\t}\n\t}));\n\t// Fix up the link between the root widget and the page container\n\t$tw.rootWidget.domNodes = [$tw.pageContainer];\n\t$tw.rootWidget.children = [$tw.pageWidgetNode];\n};\n\n})();\n",
"title": "$:/core/modules/startup/render.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/rootwidget.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/rootwidget.js\ntype: application/javascript\nmodule-type: startup\n\nSetup the root widget and the core root widget handlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"rootwidget\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.before = [\"story\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Install the modal message mechanism\n\t$tw.modal = new $tw.utils.Modal($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-modal\",function(event) {\n\t\t$tw.modal.display(event.param,{variables: event.paramObject});\n\t});\n\t// Install the notification mechanism\n\t$tw.notifier = new $tw.utils.Notifier($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-notify\",function(event) {\n\t\t$tw.notifier.display(event.param,{variables: event.paramObject});\n\t});\n\t// Install the scroller\n\t$tw.pageScroller = new $tw.utils.PageScroller();\n\t$tw.rootWidget.addEventListener(\"tm-scroll\",function(event) {\n\t\t$tw.pageScroller.handleEvent(event);\n\t});\n\tvar fullscreen = $tw.utils.getFullScreenApis();\n\tif(fullscreen) {\n\t\t$tw.rootWidget.addEventListener(\"tm-full-screen\",function(event) {\n\t\t\tif(document[fullscreen._fullscreenElement]) {\n\t\t\t\tdocument[fullscreen._exitFullscreen]();\n\t\t\t} else {\n\t\t\t\tdocument.documentElement[fullscreen._requestFullscreen](Element.ALLOW_KEYBOARD_INPUT);\n\t\t\t}\n\t\t});\n\t}\n\t// If we're being viewed on a data: URI then give instructions for how to save\n\tif(document.location.protocol === \"data:\") {\n\t\t$tw.rootWidget.dispatchEvent({\n\t\t\ttype: \"tm-modal\",\n\t\t\tparam: \"$:/language/Modals/SaveInstructions\"\n\t\t});\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/startup/rootwidget.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup.js": {
"text": "/*\\\ntitle: $:/core/modules/startup.js\ntype: application/javascript\nmodule-type: startup\n\nMiscellaneous startup logic for both the client and server.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"startup\";\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\n// Set to `true` to enable performance instrumentation\nvar PERFORMANCE_INSTRUMENTATION_CONFIG_TITLE = \"$:/config/Performance/Instrumentation\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.startup = function() {\n\tvar modules,n,m,f;\n\t// Minimal browser detection\n\tif($tw.browser) {\n\t\t$tw.browser.isIE = (/msie|trident/i.test(navigator.userAgent));\n\t\t$tw.browser.isFirefox = !!document.mozFullScreenEnabled;\n\t}\n\t// Platform detection\n\t$tw.platform = {};\n\tif($tw.browser) {\n\t\t$tw.platform.isMac = /Mac/.test(navigator.platform);\n\t\t$tw.platform.isWindows = /win/i.test(navigator.platform);\n\t\t$tw.platform.isLinux = /Linux/i.test(navigator.appVersion);\n\t} else {\n\t\tswitch(require(\"os\").platform()) {\n\t\t\tcase \"darwin\":\n\t\t\t\t$tw.platform.isMac = true;\n\t\t\t\tbreak;\n\t\t\tcase \"win32\":\n\t\t\t\t$tw.platform.isWindows = true;\n\t\t\t\tbreak;\n\t\t\tcase \"freebsd\":\n\t\t\t\t$tw.platform.isLinux = true;\n\t\t\t\tbreak;\n\t\t\tcase \"linux\":\n\t\t\t\t$tw.platform.isLinux = true;\n\t\t\t\tbreak;\n\t\t}\n\t}\n\t// Initialise version\n\t$tw.version = $tw.utils.extractVersionInfo();\n\t// Set up the performance framework\n\t$tw.perf = new $tw.Performance($tw.wiki.getTiddlerText(PERFORMANCE_INSTRUMENTATION_CONFIG_TITLE,\"no\") === \"yes\");\n\t// Kick off the language manager and switcher\n\t$tw.language = new $tw.Language();\n\t$tw.languageSwitcher = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"language\",\n\t\tcontrollerTitle: \"$:/language\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/languages/en-US\"\n\t\t],\n\t\tonSwitch: function(plugins) {\n\t\t\tif($tw.browser) {\n\t\t\t\tvar pluginTiddler = $tw.wiki.getTiddler(plugins[0]);\n\t\t\t\tif(pluginTiddler) {\n\t\t\t\t\tdocument.documentElement.setAttribute(\"dir\",pluginTiddler.getFieldString(\"text-direction\") || \"auto\");\n\t\t\t\t} else {\n\t\t\t\t\tdocument.documentElement.removeAttribute(\"dir\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\t// Kick off the theme manager\n\t$tw.themeManager = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"theme\",\n\t\tcontrollerTitle: \"$:/theme\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/themes/tiddlywiki/snowwhite\",\n\t\t\t\"$:/themes/tiddlywiki/vanilla\"\n\t\t]\n\t});\n\t// Kick off the keyboard manager\n\t$tw.keyboardManager = new $tw.KeyboardManager();\n\t// Clear outstanding tiddler store change events to avoid an unnecessary refresh cycle at startup\n\t$tw.wiki.clearTiddlerEventQueue();\n\t// Create a root widget for attaching event handlers. By using it as the parentWidget for another widget tree, one can reuse the event handlers\n\tif($tw.browser) {\n\t\t$tw.rootWidget = new widget.widget({\n\t\t\ttype: \"widget\",\n\t\t\tchildren: []\n\t\t},{\n\t\t\twiki: $tw.wiki,\n\t\t\tdocument: document\n\t\t});\n\t}\n\t// Find a working syncadaptor\n\t$tw.syncadaptor = undefined;\n\t$tw.modules.forEachModuleOfType(\"syncadaptor\",function(title,module) {\n\t\tif(!$tw.syncadaptor && module.adaptorClass) {\n\t\t\t$tw.syncadaptor = new module.adaptorClass({wiki: $tw.wiki});\n\t\t}\n\t});\n\t// Set up the syncer object if we've got a syncadaptor\n\tif($tw.syncadaptor) {\n\t\t$tw.syncer = new $tw.Syncer({wiki: $tw.wiki, syncadaptor: $tw.syncadaptor});\n\t} \n\t// Setup the saver handler\n\t$tw.saverHandler = new $tw.SaverHandler({wiki: $tw.wiki, dirtyTracking: !$tw.syncadaptor});\n\t// Host-specific startup\n\tif($tw.browser) {\n\t\t// Install the popup manager\n\t\t$tw.popup = new $tw.utils.Popup();\n\t\t// Install the animator\n\t\t$tw.anim = new $tw.utils.Animator();\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/startup.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/story.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/story.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"story\";\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar DEFAULT_STORY_TITLE = \"$:/StoryList\";\nvar DEFAULT_HISTORY_TITLE = \"$:/HistoryList\";\n\n// Default tiddlers\nvar DEFAULT_TIDDLERS_TITLE = \"$:/DefaultTiddlers\";\n\n// Config\nvar CONFIG_UPDATE_ADDRESS_BAR = \"$:/config/Navigation/UpdateAddressBar\"; // Can be \"no\", \"permalink\", \"permaview\"\nvar CONFIG_UPDATE_HISTORY = \"$:/config/Navigation/UpdateHistory\"; // Can be \"yes\" or \"no\"\n\nexports.startup = function() {\n\t// Open startup tiddlers\n\topenStartupTiddlers();\n\tif($tw.browser) {\n\t\t// Set up location hash update\n\t\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\t\tif($tw.utils.hop(changes,DEFAULT_STORY_TITLE) || $tw.utils.hop(changes,DEFAULT_HISTORY_TITLE)) {\n\t\t\t\tupdateLocationHash({\n\t\t\t\t\tupdateAddressBar: $tw.wiki.getTiddlerText(CONFIG_UPDATE_ADDRESS_BAR,\"permaview\").trim(),\n\t\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim()\n\t\t\t\t});\n\t\t\t}\n\t\t});\n\t\t// Listen for changes to the browser location hash\n\t\twindow.addEventListener(\"hashchange\",function() {\n\t\t\tvar hash = $tw.utils.getLocationHash();\n\t\t\tif(hash !== $tw.locationHash) {\n\t\t\t\t$tw.locationHash = hash;\n\t\t\t\topenStartupTiddlers({defaultToCurrentStory: true});\n\t\t\t}\n\t\t},false);\n\t\t// Listen for the tm-browser-refresh message\n\t\t$tw.rootWidget.addEventListener(\"tm-browser-refresh\",function(event) {\n\t\t\twindow.location.reload(true);\n\t\t});\n\t\t// Listen for the tm-print message\n\t\t$tw.rootWidget.addEventListener(\"tm-print\",function(event) {\n\t\t\t(event.event.view || window).print();\n\t\t});\n\t\t// Listen for the tm-home message\n\t\t$tw.rootWidget.addEventListener(\"tm-home\",function(event) {\n\t\t\twindow.location.hash = \"\";\n\t\t\tvar storyFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE),\n\t\t\t\tstoryList = $tw.wiki.filterTiddlers(storyFilter);\n\t\t\t//invoke any hooks that might change the default story list\n\t\t\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t\t\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t\t\tif(storyList[0]) {\n\t\t\t\t$tw.wiki.addToHistory(storyList[0]);\t\t\t\t\n\t\t\t}\n\t\t});\n\t\t// Listen for the tm-permalink message\n\t\t$tw.rootWidget.addEventListener(\"tm-permalink\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: \"permalink\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle\n\t\t\t});\n\t\t});\n\t\t// Listen for the tm-permaview message\n\t\t$tw.rootWidget.addEventListener(\"tm-permaview\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: \"permaview\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle\n\t\t\t});\n\t\t});\n\t}\n};\n\n/*\nProcess the location hash to open the specified tiddlers. Options:\ndefaultToCurrentStory: If true, the current story is retained as the default, instead of opening the default tiddlers\n*/\nfunction openStartupTiddlers(options) {\n\toptions = options || {};\n\t// Work out the target tiddler and the story filter. \"null\" means \"unspecified\"\n\tvar target = null,\n\t\tstoryFilter = null;\n\tif($tw.locationHash.length > 1) {\n\t\tvar hash = $tw.locationHash.substr(1),\n\t\t\tsplit = hash.indexOf(\":\");\n\t\tif(split === -1) {\n\t\t\ttarget = decodeURIComponent(hash.trim());\n\t\t} else {\n\t\t\ttarget = decodeURIComponent(hash.substr(0,split).trim());\n\t\t\tstoryFilter = decodeURIComponent(hash.substr(split + 1).trim());\n\t\t}\n\t}\n\t// If the story wasn't specified use the current tiddlers or a blank story\n\tif(storyFilter === null) {\n\t\tif(options.defaultToCurrentStory) {\n\t\t\tvar currStoryList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE);\n\t\t\tstoryFilter = $tw.utils.stringifyList(currStoryList);\n\t\t} else {\n\t\t\tif(target && target !== \"\") {\n\t\t\t\tstoryFilter = \"\";\n\t\t\t} else {\n\t\t\t\tstoryFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE);\n\t\t\t}\n\t\t}\n\t}\n\t// Process the story filter to get the story list\n\tvar storyList = $tw.wiki.filterTiddlers(storyFilter);\n\t// Invoke any hooks that want to change the default story list\n\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t// If the target tiddler isn't included then splice it in at the top\n\tif(target && storyList.indexOf(target) === -1) {\n\t\tstoryList.unshift(target);\n\t}\n\t// Save the story list\n\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t// If a target tiddler was specified add it to the history stack\n\tif(target && target !== \"\") {\n\t\t// The target tiddler doesn't need double square brackets, but we'll silently remove them if they're present\n\t\tif(target.indexOf(\"[[\") === 0 && target.substr(-2) === \"]]\") {\n\t\t\ttarget = target.substr(2,target.length - 4);\n\t\t}\n\t\t$tw.wiki.addToHistory(target);\n\t} else if(storyList.length > 0) {\n\t\t$tw.wiki.addToHistory(storyList[0]);\n\t}\n}\n\n/*\noptions: See below\noptions.updateAddressBar: \"permalink\", \"permaview\" or \"no\" (defaults to \"permaview\")\noptions.updateHistory: \"yes\" or \"no\" (defaults to \"no\")\noptions.targetTiddler: optional title of target tiddler for permalink\n*/\nfunction updateLocationHash(options) {\n\tif(options.updateAddressBar !== \"no\") {\n\t\t// Get the story and the history stack\n\t\tvar storyList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE),\n\t\t\thistoryList = $tw.wiki.getTiddlerData(DEFAULT_HISTORY_TITLE,[]),\n\t\t\ttargetTiddler = \"\";\n\t\tif(options.targetTiddler) {\n\t\t\ttargetTiddler = options.targetTiddler;\n\t\t} else {\n\t\t\t// The target tiddler is the one at the top of the stack\n\t\t\tif(historyList.length > 0) {\n\t\t\t\ttargetTiddler = historyList[historyList.length-1].title;\n\t\t\t}\n\t\t\t// Blank the target tiddler if it isn't present in the story\n\t\t\tif(storyList.indexOf(targetTiddler) === -1) {\n\t\t\t\ttargetTiddler = \"\";\n\t\t\t}\n\t\t}\n\t\t// Assemble the location hash\n\t\tif(options.updateAddressBar === \"permalink\") {\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler);\n\t\t} else {\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler) + \":\" + encodeURIComponent($tw.utils.stringifyList(storyList));\n\t\t}\n\t\t// Only change the location hash if we must, thus avoiding unnecessary onhashchange events\n\t\tif($tw.utils.getLocationHash() !== $tw.locationHash) {\n\t\t\tif(options.updateHistory === \"yes\") {\n\t\t\t\t// Assign the location hash so that history is updated\n\t\t\t\twindow.location.hash = $tw.locationHash;\n\t\t\t} else {\n\t\t\t\t// We use replace so that browser history isn't affected\n\t\t\t\twindow.location.replace(window.location.toString().split(\"#\")[0] + $tw.locationHash);\n\t\t\t}\n\t\t}\n\t}\n}\n\n})();\n",
"title": "$:/core/modules/startup/story.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/windows.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/windows.js\ntype: application/javascript\nmodule-type: startup\n\nSetup root widget handlers for the messages concerned with opening external browser windows\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"windows\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Global to keep track of open windows (hashmap by title)\nvar windows = {};\n\nexports.startup = function() {\n\t// Handle open window message\n\t$tw.rootWidget.addEventListener(\"tm-open-window\",function(event) {\n\t\t// Get the parameters\n\t\tvar refreshHandler,\n\t\t\ttitle = event.param || event.tiddlerTitle,\n\t\t\tparamObject = event.paramObject || {},\n\t\t\ttemplate = paramObject.template || \"$:/core/templates/single.tiddler.window\",\n\t\t\twidth = paramObject.width || \"700\",\n\t\t\theight = paramObject.height || \"600\",\n\t\t\tvariables = $tw.utils.extend({},paramObject,{currentTiddler: title});\n\t\t// Open the window\n\t\tvar srcWindow = window.open(\"\",\"external-\" + title,\"scrollbars,width=\" + width + \",height=\" + height),\n\t\t\tsrcDocument = srcWindow.document;\n\t\twindows[title] = srcWindow;\n\t\t// Check for reopening the same window\n\t\tif(srcWindow.haveInitialisedWindow) {\n\t\t\treturn;\n\t\t}\n\t\t// Initialise the document\n\t\tsrcDocument.write(\"<html><head></head><body class='tc-body tc-single-tiddler-window'></body></html>\");\n\t\tsrcDocument.close();\n\t\tsrcDocument.title = title;\n\t\tsrcWindow.addEventListener(\"beforeunload\",function(event) {\n\t\t\tdelete windows[title];\n\t\t\t$tw.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t},false);\n\t\t// Set up the styles\n\t\tvar styleWidgetNode = $tw.wiki.makeTranscludeWidget(\"$:/core/ui/PageStylesheet\",{\n\t\t\t\tdocument: $tw.fakeDocument,\n\t\t\t\tvariables: variables,\n\t\t\t\timportPageMacros: true}),\n\t\t\tstyleContainer = $tw.fakeDocument.createElement(\"style\");\n\t\tstyleWidgetNode.render(styleContainer,null);\n\t\tvar styleElement = srcDocument.createElement(\"style\");\n\t\tstyleElement.innerHTML = styleContainer.textContent;\n\t\tsrcDocument.head.insertBefore(styleElement,srcDocument.head.firstChild);\n\t\t// Render the text of the tiddler\n\t\tvar parser = $tw.wiki.parseTiddler(template),\n\t\t\twidgetNode = $tw.wiki.makeWidget(parser,{document: srcDocument, parentWidget: $tw.rootWidget, variables: variables});\n\t\twidgetNode.render(srcDocument.body,srcDocument.body.firstChild);\n\t\t// Function to handle refreshes\n\t\trefreshHandler = function(changes) {\n\t\t\tif(styleWidgetNode.refresh(changes,styleContainer,null)) {\n\t\t\t\tstyleElement.innerHTML = styleContainer.textContent;\n\t\t\t}\n\t\t\twidgetNode.refresh(changes);\n\t\t};\n\t\t$tw.wiki.addEventListener(\"change\",refreshHandler);\n\t\tsrcWindow.haveInitialisedWindow = true;\n\t});\n\t// Close open windows when unloading main window\n\t$tw.addUnloadTask(function() {\n\t\t$tw.utils.each(windows,function(win) {\n\t\t\twin.close();\n\t\t});\n\t});\n\n};\n\n})();\n",
"title": "$:/core/modules/startup/windows.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/story.js": {
"text": "/*\\\ntitle: $:/core/modules/story.js\ntype: application/javascript\nmodule-type: global\n\nLightweight object for managing interactions with the story and history lists.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nConstruct Story object with options:\nwiki: reference to wiki object to use to resolve tiddler titles\nstoryTitle: title of story list tiddler\nhistoryTitle: title of history list tiddler\n*/\nfunction Story(options) {\n\toptions = options || {};\n\tthis.wiki = options.wiki || $tw.wiki;\n\tthis.storyTitle = options.storyTitle || \"$:/StoryList\";\n\tthis.historyTitle = options.historyTitle || \"$:/HistoryList\";\n};\n\nStory.prototype.navigateTiddler = function(navigateTo,navigateFromTitle,navigateFromClientRect) {\n\tthis.addToStory(navigateTo,navigateFromTitle);\n\tthis.addToHistory(navigateTo,navigateFromClientRect);\n};\n\nStory.prototype.getStoryList = function() {\n\treturn this.wiki.getTiddlerList(this.storyTitle) || [];\n};\n\nStory.prototype.addToStory = function(navigateTo,navigateFromTitle,options) {\n\toptions = options || {};\n\tvar storyList = this.getStoryList();\n\t// See if the tiddler is already there\n\tvar slot = storyList.indexOf(navigateTo);\n\t// Quit if it already exists in the story river\n\tif(slot >= 0) {\n\t\treturn;\n\t}\n\t// First we try to find the position of the story element we navigated from\n\tvar fromIndex = storyList.indexOf(navigateFromTitle);\n\tif(fromIndex >= 0) {\n\t\t// The tiddler is added from inside the river\n\t\t// Determine where to insert the tiddler; Fallback is \"below\"\n\t\tswitch(options.openLinkFromInsideRiver) {\n\t\t\tcase \"top\":\n\t\t\t\tslot = 0;\n\t\t\t\tbreak;\n\t\t\tcase \"bottom\":\n\t\t\t\tslot = storyList.length;\n\t\t\t\tbreak;\n\t\t\tcase \"above\":\n\t\t\t\tslot = fromIndex;\n\t\t\t\tbreak;\n\t\t\tcase \"below\": // Intentional fall-through\n\t\t\tdefault:\n\t\t\t\tslot = fromIndex + 1;\n\t\t\t\tbreak;\n\t\t}\n\t} else {\n\t\t// The tiddler is opened from outside the river. Determine where to insert the tiddler; default is \"top\"\n\t\tif(options.openLinkFromOutsideRiver === \"bottom\") {\n\t\t\t// Insert at bottom\n\t\t\tslot = storyList.length;\n\t\t} else {\n\t\t\t// Insert at top\n\t\t\tslot = 0;\n\t\t}\n\t}\n\t// Add the tiddler\n\tstoryList.splice(slot,0,navigateTo);\n\t// Save the story\n\tthis.saveStoryList(storyList);\n};\n\nStory.prototype.saveStoryList = function(storyList) {\n\tvar storyTiddler = this.wiki.getTiddler(this.storyTitle);\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\tthis.wiki.getCreationFields(),\n\t\t{title: this.storyTitle},\n\t\tstoryTiddler,\n\t\t{list: storyList},\n\t\tthis.wiki.getModificationFields()\n\t));\n};\n\nStory.prototype.addToHistory = function(navigateTo,navigateFromClientRect) {\n\tvar titles = $tw.utils.isArray(navigateTo) ? navigateTo : [navigateTo];\n\t// Add a new record to the top of the history stack\n\tvar historyList = this.wiki.getTiddlerData(this.historyTitle,[]);\n\t$tw.utils.each(titles,function(title) {\n\t\thistoryList.push({title: title, fromPageRect: navigateFromClientRect});\n\t});\n\tthis.wiki.setTiddlerData(this.historyTitle,historyList,{\"current-tiddler\": titles[titles.length-1]});\n};\n\nStory.prototype.storyCloseTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyCloseAllTiddlers = function() {\n// TBD\n};\n\nStory.prototype.storyCloseOtherTiddlers = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyEditTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyDeleteTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storySaveTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyCancelTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyNewTiddler = function(targetTitle) {\n// TBD\n};\n\nexports.Story = Story;\n\n\n})();\n",
"title": "$:/core/modules/story.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/storyviews/classic.js": {
"text": "/*\\\ntitle: $:/core/modules/storyviews/classic.js\ntype: application/javascript\nmodule-type: storyview\n\nViews the story as a linear sequence\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ClassicStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nClassicStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nClassicStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Get the current height of the tiddler\n\tvar computedStyle = window.getComputedStyle(targetElement),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"}\n\t\t]);\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nClassicStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Get the current height of the tiddler\n\tvar currWidth = targetElement.offsetWidth,\n\t\tcomputedStyle = window.getComputedStyle(targetElement),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t// Remove the dom nodes of the widget at the end of the transition\n\tsetTimeout(removeElement,duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"translateX(0px)\"},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t{transform: \"translateX(-\" + currWidth + \"px)\"},\n\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.classic = ClassicStoryView;\n\n})();",
"title": "$:/core/modules/storyviews/classic.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/storyviews/pop.js": {
"text": "/*\\\ntitle: $:/core/modules/storyviews/pop.js\ntype: application/javascript\nmodule-type: storyview\n\nAnimates list insertions and removals\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar PopStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nPopStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nPopStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Reset once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{transform: \"none\"}\n\t\t]);\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(2)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nPopStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\tif(targetElement.parentNode) {\n\t\t\t\twidget.removeChildDomNodes();\n\t\t\t}\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Remove the element at the end of the transition\n\tsetTimeout(removeElement,duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(0.1)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.pop = PopStoryView;\n\n})();\n",
"title": "$:/core/modules/storyviews/pop.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/storyviews/zoomin.js": {
"text": "/*\\\ntitle: $:/core/modules/storyviews/zoomin.js\ntype: application/javascript\nmodule-type: storyview\n\nZooms between individual tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ZoominListView = function(listWidget) {\n\tvar self = this;\n\tthis.listWidget = listWidget;\n\t// Get the index of the tiddler that is at the top of the history\n\tvar history = this.listWidget.wiki.getTiddlerDataCached(this.listWidget.historyTitle,[]),\n\t\ttargetTiddler;\n\tif(history.length > 0) {\n\t\ttargetTiddler = history[history.length-1].title;\n\t}\n\t// Make all the tiddlers position absolute, and hide all but the top (or first) one\n\t$tw.utils.each(this.listWidget.children,function(itemWidget,index) {\n\t\tvar domNode = itemWidget.findFirstDomNode();\n\t\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\t\tif(!(domNode instanceof Element)) {\n\t\t\treturn;\n\t\t}\n\t\tif((targetTiddler && targetTiddler !== itemWidget.parseTreeNode.itemTitle) || (!targetTiddler && index)) {\n\t\t\tdomNode.style.display = \"none\";\n\t\t} else {\n\t\t\tself.currentTiddlerDomNode = domNode;\n\t\t}\n\t\t$tw.utils.addClass(domNode,\"tc-storyview-zoomin-tiddler\");\n\t});\n};\n\nZoominListView.prototype.navigateTo = function(historyInfo) {\n\tvar duration = $tw.utils.getAnimationDuration(),\n\t\tlistElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the new tiddler be position absolute and visible so that we can measure it\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"0 0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t// Get the position of the source node, or use the centre of the window as the source position\n\tvar sourceBounds = historyInfo.fromPageRect || {\n\t\t\tleft: window.innerWidth/2 - 2,\n\t\t\ttop: window.innerHeight/2 - 2,\n\t\t\twidth: window.innerWidth/8,\n\t\t\theight: window.innerHeight/8\n\t\t};\n\t// Try to find the title node in the target tiddler\n\tvar titleDomNode = findTitleDomNode(listItemWidget) || listItemWidget.findFirstDomNode(),\n\t\tzoomBounds = titleDomNode.getBoundingClientRect();\n\t// Compute the transform for the target tiddler to make the title lie over the source rectange\n\tvar targetBounds = targetElement.getBoundingClientRect(),\n\t\tscale = sourceBounds.width / zoomBounds.width,\n\t\tx = sourceBounds.left - targetBounds.left - (zoomBounds.left - targetBounds.left) * scale,\n\t\ty = sourceBounds.top - targetBounds.top - (zoomBounds.top - targetBounds.top) * scale;\n\t// Transform the target tiddler to its starting position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(targetElement);\n\t// Apply the ending transitions with a timeout to ensure that the previously applied transformations are applied first\n\tvar self = this,\n\t\tprevCurrentTiddler = this.currentTiddlerDomNode;\n\tthis.currentTiddlerDomNode = targetElement;\n\t// Transform the target tiddler to its natural size\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{zIndex: \"500\"},\n\t]);\n\t// Transform the previous tiddler out of the way and then hide it\n\tif(prevCurrentTiddler && prevCurrentTiddler !== targetElement) {\n\t\tscale = zoomBounds.width / sourceBounds.width;\n\t\tx = zoomBounds.left - targetBounds.left - (sourceBounds.left - targetBounds.left) * scale;\n\t\ty = zoomBounds.top - targetBounds.top - (sourceBounds.top - targetBounds.top) * scale;\n\t\t$tw.utils.setStyle(prevCurrentTiddler,[\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transformOrigin: \"0 0\"},\n\t\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"},\n\t\t\t{zIndex: \"0\"}\n\t\t]);\n\t\t// Hide the tiddler when the transition has finished\n\t\tsetTimeout(function() {\n\t\t\tif(self.currentTiddlerDomNode !== prevCurrentTiddler) {\n\t\t\t\tprevCurrentTiddler.style.display = \"none\";\n\t\t\t}\n\t\t},duration);\n\t}\n\t// Scroll the target into view\n//\t$tw.pageScroller.scrollIntoView(targetElement);\n};\n\n/*\nFind the first child DOM node of a widget that has the class \"tc-title\"\n*/\nfunction findTitleDomNode(widget,targetClass) {\n\ttargetClass = targetClass || \"tc-title\";\n\tvar domNode = widget.findFirstDomNode();\n\tif(domNode && domNode.querySelector) {\n\t\treturn domNode.querySelector(\".\" + targetClass);\n\t}\n\treturn null;\n}\n\nZoominListView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the newly inserted node position absolute and hidden\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"none\"}\n\t]);\n};\n\nZoominListView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Abandon if hidden\n\tif(targetElement.style.display != \"block\" ) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Set up the tiddler that is being closed\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\t// We'll move back to the previous or next element in the story\n\tvar toWidget = widget.previousSibling();\n\tif(!toWidget) {\n\t\ttoWidget = widget.nextSibling();\n\t}\n\tvar toWidgetDomNode = toWidget && toWidget.findFirstDomNode();\n\t// Set up the tiddler we're moving back in\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.addClass(toWidgetDomNode,\"tc-storyview-zoomin-tiddler\");\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{display: \"block\"},\n\t\t\t{transformOrigin: \"50% 50%\"},\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(10)\"},\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0\"},\n\t\t\t{zIndex: \"500\"}\n\t\t]);\n\t\tthis.currentTiddlerDomNode = toWidgetDomNode;\n\t}\n\t// Animate them both\n\t// Force layout\n\t$tw.utils.forceLayout(this.listWidget.parentDomNode);\n\t// First, the tiddler we're closing\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(0.1)\"},\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"0\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\tsetTimeout(removeElement,duration);\n\t// Now the tiddler we're going back to\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t\t{opacity: \"1\"}\n\t\t]);\n\t}\n\treturn true; // Indicate that we'll delete the DOM node\n};\n\nexports.zoomin = ZoominListView;\n\n})();\n",
"title": "$:/core/modules/storyviews/zoomin.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/syncer.js": {
"text": "/*\\\ntitle: $:/core/modules/syncer.js\ntype: application/javascript\nmodule-type: global\n\nThe syncer tracks changes to the store. If a syncadaptor is used then individual tiddlers are synchronised through it. If there is no syncadaptor then the entire wiki is saved via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDefaults\n*/\nSyncer.prototype.titleIsLoggedIn = \"$:/status/IsLoggedIn\";\nSyncer.prototype.titleUserName = \"$:/status/UserName\";\nSyncer.prototype.titleSyncFilter = \"$:/config/SyncFilter\";\nSyncer.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\nSyncer.prototype.taskTimerInterval = 1 * 1000; // Interval for sync timer\nSyncer.prototype.throttleInterval = 1 * 1000; // Defer saving tiddlers if they've changed in the last 1s...\nSyncer.prototype.fallbackInterval = 10 * 1000; // Unless the task is older than 10s\nSyncer.prototype.pollTimerInterval = 60 * 1000; // Interval for polling for changes from the adaptor\n\n/*\nInstantiate the syncer with the following options:\nsyncadaptor: reference to syncadaptor to be used\nwiki: wiki to be synced\n*/\nfunction Syncer(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.syncadaptor = options.syncadaptor;\n\tthis.titleIsLoggedIn = options.titleIsLoggedIn || this.titleIsLoggedIn;\n\tthis.titleUserName = options.titleUserName || this.titleUserName;\n\tthis.titleSyncFilter = options.titleSyncFilter || this.titleSyncFilter;\n\tthis.titleSavedNotification = options.titleSavedNotification || this.titleSavedNotification;\n\tthis.taskTimerInterval = options.taskTimerInterval || this.taskTimerInterval;\n\tthis.throttleInterval = options.throttleInterval || this.throttleInterval;\n\tthis.fallbackInterval = options.fallbackInterval || this.fallbackInterval;\n\tthis.pollTimerInterval = options.pollTimerInterval || this.pollTimerInterval;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"syncer\" + ($tw.browser ? \"-browser\" : \"\") + ($tw.node ? \"-server\" : \"\") + (this.syncadaptor.name ? (\"-\" + this.syncadaptor.name) : \"\"));\n\t// Compile the dirty tiddler filter\n\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t// Record information for known tiddlers\n\tthis.readTiddlerInfo();\n\t// Tasks are {type: \"load\"/\"save\"/\"delete\", title:, queueTime:, lastModificationTime:}\n\tthis.taskQueue = {}; // Hashmap of tasks yet to be performed\n\tthis.taskInProgress = {}; // Hash of tasks in progress\n\tthis.taskTimerId = null; // Timer for task dispatch\n\tthis.pollTimerId = null; // Timer for polling server\n\t// Listen out for changes to tiddlers\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tself.syncToServer(changes);\n\t});\n\t// Browser event handlers\n\tif($tw.browser) {\n\t\t// Set up our beforeunload handler\n\t\t$tw.addUnloadTask(function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t\t// Listen out for login/logout/refresh events in the browser\n\t\t$tw.rootWidget.addEventListener(\"tm-login\",function() {\n\t\t\tself.handleLoginEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-logout\",function() {\n\t\t\tself.handleLogoutEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-server-refresh\",function() {\n\t\t\tself.handleRefreshEvent();\n\t\t});\n\t}\n\t// Listen out for lazyLoad events\n\tthis.wiki.addEventListener(\"lazyLoad\",function(title) {\n\t\tself.handleLazyLoadEvent(title);\n\t});\n\t// Get the login status\n\tthis.getStatus(function(err,isLoggedIn) {\n\t\t// Do a sync from the server\n\t\tself.syncFromServer();\n\t});\n}\n\n/*\nRead (or re-read) the latest tiddler info from the store\n*/\nSyncer.prototype.readTiddlerInfo = function() {\n\t// Hashmap by title of {revision:,changeCount:,adaptorInfo:}\n\tthis.tiddlerInfo = {};\n\t// Record information for known tiddlers\n\tvar self = this,\n\t\ttiddlers = this.filterFn.call(this.wiki);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\tself.tiddlerInfo[title] = {\n\t\t\trevision: tiddler.fields.revision,\n\t\t\tadaptorInfo: self.syncadaptor && self.syncadaptor.getTiddlerInfo(tiddler),\n\t\t\tchangeCount: self.wiki.getChangeCount(title),\n\t\t\thasBeenLazyLoaded: false\n\t\t};\n\t});\n};\n\n/*\nCreate an tiddlerInfo structure if it doesn't already exist\n*/\nSyncer.prototype.createTiddlerInfo = function(title) {\n\tif(!$tw.utils.hop(this.tiddlerInfo,title)) {\n\t\tthis.tiddlerInfo[title] = {\n\t\t\trevision: null,\n\t\t\tadaptorInfo: {},\n\t\t\tchangeCount: -1,\n\t\t\thasBeenLazyLoaded: false\n\t\t};\n\t}\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSyncer.prototype.isDirty = function() {\n\treturn (this.numTasksInQueue() > 0) || (this.numTasksInProgress() > 0);\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSyncer.prototype.updateDirtyStatus = function() {\n\tif($tw.browser) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\n/*\nSave an incoming tiddler in the store, and updates the associated tiddlerInfo\n*/\nSyncer.prototype.storeTiddler = function(tiddlerFields,hasBeenLazyLoaded) {\n\t// Save the tiddler\n\tvar tiddler = new $tw.Tiddler(this.wiki.getTiddler(tiddlerFields.title),tiddlerFields);\n\tthis.wiki.addTiddler(tiddler);\n\t// Save the tiddler revision and changeCount details\n\tthis.tiddlerInfo[tiddlerFields.title] = {\n\t\trevision: tiddlerFields.revision,\n\t\tadaptorInfo: this.syncadaptor.getTiddlerInfo(tiddler),\n\t\tchangeCount: this.wiki.getChangeCount(tiddlerFields.title),\n\t\thasBeenLazyLoaded: hasBeenLazyLoaded !== undefined ? hasBeenLazyLoaded : true\n\t};\n};\n\nSyncer.prototype.getStatus = function(callback) {\n\tvar self = this;\n\t// Check if the adaptor supports getStatus()\n\tif(this.syncadaptor && this.syncadaptor.getStatus) {\n\t\t// Mark us as not logged in\n\t\tthis.wiki.addTiddler({title: this.titleIsLoggedIn,text: \"no\"});\n\t\t// Get login status\n\t\tthis.syncadaptor.getStatus(function(err,isLoggedIn,username) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Set the various status tiddlers\n\t\t\tself.wiki.addTiddler({title: self.titleIsLoggedIn,text: isLoggedIn ? \"yes\" : \"no\"});\n\t\t\tif(isLoggedIn) {\n\t\t\t\tself.wiki.addTiddler({title: self.titleUserName,text: username || \"\"});\n\t\t\t} else {\n\t\t\t\tself.wiki.deleteTiddler(self.titleUserName);\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tif(callback) {\n\t\t\t\tcallback(err,isLoggedIn,username);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tcallback(null,true,\"UNAUTHENTICATED\");\n\t}\n};\n\n/*\nSynchronise from the server by reading the skinny tiddler list and queuing up loads for any tiddlers that we don't already have up to date\n*/\nSyncer.prototype.syncFromServer = function() {\n\tif(this.syncadaptor && this.syncadaptor.getSkinnyTiddlers) {\n\t\tthis.logger.log(\"Retrieving skinny tiddler list\");\n\t\tvar self = this;\n\t\tif(this.pollTimerId) {\n\t\t\tclearTimeout(this.pollTimerId);\n\t\t\tthis.pollTimerId = null;\n\t\t}\n\t\tthis.syncadaptor.getSkinnyTiddlers(function(err,tiddlers) {\n\t\t\t// Trigger the next sync\n\t\t\tself.pollTimerId = setTimeout(function() {\n\t\t\t\tself.pollTimerId = null;\n\t\t\t\tself.syncFromServer.call(self);\n\t\t\t},self.pollTimerInterval);\n\t\t\t// Check for errors\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert($tw.language.getString(\"Error/RetrievingSkinny\") + \":\",err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Process each incoming tiddler\n\t\t\tfor(var t=0; t<tiddlers.length; t++) {\n\t\t\t\t// Get the incoming tiddler fields, and the existing tiddler\n\t\t\t\tvar tiddlerFields = tiddlers[t],\n\t\t\t\t\tincomingRevision = tiddlerFields.revision + \"\",\n\t\t\t\t\ttiddler = self.wiki.getTiddler(tiddlerFields.title),\n\t\t\t\t\ttiddlerInfo = self.tiddlerInfo[tiddlerFields.title],\n\t\t\t\t\tcurrRevision = tiddlerInfo ? tiddlerInfo.revision : null;\n\t\t\t\t// Ignore the incoming tiddler if it's the same as the revision we've already got\n\t\t\t\tif(currRevision !== incomingRevision) {\n\t\t\t\t\t// Do a full load if we've already got a fat version of the tiddler\n\t\t\t\t\tif(tiddler && tiddler.fields.text !== undefined) {\n\t\t\t\t\t\t// Do a full load of this tiddler\n\t\t\t\t\t\tself.enqueueSyncTask({\n\t\t\t\t\t\t\ttype: \"load\",\n\t\t\t\t\t\t\ttitle: tiddlerFields.title\n\t\t\t\t\t\t});\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// Load the skinny version of the tiddler\n\t\t\t\t\t\tself.storeTiddler(tiddlerFields,false);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nSynchronise a set of changes to the server\n*/\nSyncer.prototype.syncToServer = function(changes) {\n\tvar self = this,\n\t\tnow = Date.now(),\n\t\tfilteredChanges = this.filterFn.call(this.wiki,function(callback) {\n\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\tcallback(tiddler,title);\n\t\t\t});\n\t\t});\n\t$tw.utils.each(changes,function(change,title,object) {\n\t\t// Process the change if it is a deletion of a tiddler we're already syncing, or is on the filtered change list\n\t\tif((change.deleted && $tw.utils.hop(self.tiddlerInfo,title)) || filteredChanges.indexOf(title) !== -1) {\n\t\t\t// Queue a task to sync this tiddler\n\t\t\tself.enqueueSyncTask({\n\t\t\t\ttype: change.deleted ? \"delete\" : \"save\",\n\t\t\t\ttitle: title\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nLazily load a skinny tiddler if we can\n*/\nSyncer.prototype.handleLazyLoadEvent = function(title) {\n\t// Don't lazy load the same tiddler twice\n\tvar info = this.tiddlerInfo[title];\n\tif(!info || !info.hasBeenLazyLoaded) {\n\t\tthis.createTiddlerInfo(title);\n\t\tthis.tiddlerInfo[title].hasBeenLazyLoaded = true;\n\t\t// Queue up a sync task to load this tiddler\n\t\tthis.enqueueSyncTask({\n\t\t\ttype: \"load\",\n\t\t\ttitle: title\n\t\t});\t\t\n\t}\n};\n\n/*\nDispay a password prompt and allow the user to login\n*/\nSyncer.prototype.handleLoginEvent = function() {\n\tvar self = this;\n\tthis.getStatus(function(err,isLoggedIn,username) {\n\t\tif(!isLoggedIn) {\n\t\t\t$tw.passwordPrompt.createPrompt({\n\t\t\t\tserviceName: $tw.language.getString(\"LoginToTiddlySpace\"),\n\t\t\t\tcallback: function(data) {\n\t\t\t\t\tself.login(data.username,data.password,function(err,isLoggedIn) {\n\t\t\t\t\t\tself.syncFromServer();\n\t\t\t\t\t});\n\t\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nAttempt to login to TiddlyWeb.\n\tusername: username\n\tpassword: password\n\tcallback: invoked with arguments (err,isLoggedIn)\n*/\nSyncer.prototype.login = function(username,password,callback) {\n\tthis.logger.log(\"Attempting to login as\",username);\n\tvar self = this;\n\tif(this.syncadaptor.login) {\n\t\tthis.syncadaptor.login(username,password,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tself.getStatus(function(err,isLoggedIn,username) {\n\t\t\t\tif(callback) {\n\t\t\t\t\tcallback(null,isLoggedIn);\n\t\t\t\t}\n\t\t\t});\n\t\t});\n\t} else {\n\t\tcallback(null,true);\n\t}\n};\n\n/*\nAttempt to log out of TiddlyWeb\n*/\nSyncer.prototype.handleLogoutEvent = function() {\n\tthis.logger.log(\"Attempting to logout\");\n\tvar self = this;\n\tif(this.syncadaptor.logout) {\n\t\tthis.syncadaptor.logout(function(err) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t} else {\n\t\t\t\tself.getStatus();\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nImmediately refresh from the server\n*/\nSyncer.prototype.handleRefreshEvent = function() {\n\tthis.syncFromServer();\n};\n\n/*\nQueue up a sync task. If there is already a pending task for the tiddler, just update the last modification time\n*/\nSyncer.prototype.enqueueSyncTask = function(task) {\n\tvar self = this,\n\t\tnow = Date.now();\n\t// Set the timestamps on this task\n\ttask.queueTime = now;\n\ttask.lastModificationTime = now;\n\t// Fill in some tiddlerInfo if the tiddler is one we haven't seen before\n\tthis.createTiddlerInfo(task.title);\n\t// Bail if this is a save and the tiddler is already at the changeCount that the server has\n\tif(task.type === \"save\" && this.wiki.getChangeCount(task.title) <= this.tiddlerInfo[task.title].changeCount) {\n\t\treturn;\n\t}\n\t// Check if this tiddler is already in the queue\n\tif($tw.utils.hop(this.taskQueue,task.title)) {\n\t\t// this.logger.log(\"Re-queueing up sync task with type:\",task.type,\"title:\",task.title);\n\t\tvar existingTask = this.taskQueue[task.title];\n\t\t// If so, just update the last modification time\n\t\texistingTask.lastModificationTime = task.lastModificationTime;\n\t\t// If the new task is a save then we upgrade the existing task to a save. Thus a pending load is turned into a save if the tiddler changes locally in the meantime. But a pending save is not modified to become a load\n\t\tif(task.type === \"save\" || task.type === \"delete\") {\n\t\t\texistingTask.type = task.type;\n\t\t}\n\t} else {\n\t\t// this.logger.log(\"Queuing up sync task with type:\",task.type,\"title:\",task.title);\n\t\t// If it is not in the queue, insert it\n\t\tthis.taskQueue[task.title] = task;\n\t\tthis.updateDirtyStatus();\n\t}\n\t// Process the queue\n\t$tw.utils.nextTick(function() {self.processTaskQueue.call(self);});\n};\n\n/*\nReturn the number of tasks in progress\n*/\nSyncer.prototype.numTasksInProgress = function() {\n\treturn $tw.utils.count(this.taskInProgress);\n};\n\n/*\nReturn the number of tasks in the queue\n*/\nSyncer.prototype.numTasksInQueue = function() {\n\treturn $tw.utils.count(this.taskQueue);\n};\n\n/*\nTrigger a timeout if one isn't already outstanding\n*/\nSyncer.prototype.triggerTimeout = function() {\n\tvar self = this;\n\tif(!this.taskTimerId) {\n\t\tthis.taskTimerId = setTimeout(function() {\n\t\t\tself.taskTimerId = null;\n\t\t\tself.processTaskQueue.call(self);\n\t\t},self.taskTimerInterval);\n\t}\n};\n\n/*\nProcess the task queue, performing the next task if appropriate\n*/\nSyncer.prototype.processTaskQueue = function() {\n\tvar self = this;\n\t// Only process a task if the sync adaptor is fully initialised and we're not already performing a task. If we are already performing a task then we'll dispatch the next one when it completes\n\tif((!this.syncadaptor.isReady || this.syncadaptor.isReady()) && this.numTasksInProgress() === 0) {\n\t\t// Choose the next task to perform\n\t\tvar task = this.chooseNextTask();\n\t\t// Perform the task if we had one\n\t\tif(task) {\n\t\t\t// Remove the task from the queue and add it to the in progress list\n\t\t\tdelete this.taskQueue[task.title];\n\t\t\tthis.taskInProgress[task.title] = task;\n\t\t\tthis.updateDirtyStatus();\n\t\t\t// Dispatch the task\n\t\t\tthis.dispatchTask(task,function(err) {\n\t\t\t\tif(err) {\n\t\t\t\t\tself.logger.alert(\"Sync error while processing '\" + task.title + \"':\\n\" + err);\n\t\t\t\t}\n\t\t\t\t// Mark that this task is no longer in progress\n\t\t\t\tdelete self.taskInProgress[task.title];\n\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t// Process the next task\n\t\t\t\tself.processTaskQueue.call(self);\n\t\t\t});\n\t\t} else {\n\t\t\t// Make sure we've set a time if there wasn't a task to perform, but we've still got tasks in the queue\n\t\t\tif(this.numTasksInQueue() > 0) {\n\t\t\t\tthis.triggerTimeout();\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nChoose the next applicable task\n*/\nSyncer.prototype.chooseNextTask = function() {\n\tvar self = this,\n\t\tcandidateTask = null,\n\t\tnow = Date.now();\n\t// Select the best candidate task\n\t$tw.utils.each(this.taskQueue,function(task,title) {\n\t\t// Exclude the task if there's one of the same name in progress\n\t\tif($tw.utils.hop(self.taskInProgress,title)) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is a save and the tiddler has been modified recently, but not hit the fallback time\n\t\tif(task.type === \"save\" && (now - task.lastModificationTime) < self.throttleInterval &&\n\t\t\t(now - task.queueTime) < self.fallbackInterval) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is newer than the current best candidate\n\t\tif(candidateTask && candidateTask.queueTime < task.queueTime) {\n\t\t\treturn;\n\t\t}\n\t\t// Now this is our best candidate\n\t\tcandidateTask = task;\n\t});\n\treturn candidateTask;\n};\n\n/*\nDispatch a task and invoke the callback\n*/\nSyncer.prototype.dispatchTask = function(task,callback) {\n\tvar self = this;\n\tif(task.type === \"save\") {\n\t\tvar changeCount = this.wiki.getChangeCount(task.title),\n\t\t\ttiddler = this.wiki.getTiddler(task.title);\n\t\tthis.logger.log(\"Dispatching 'save' task:\",task.title);\n\t\tif(tiddler) {\n\t\t\tthis.syncadaptor.saveTiddler(tiddler,function(err,adaptorInfo,revision) {\n\t\t\t\tif(err) {\n\t\t\t\t\treturn callback(err);\n\t\t\t\t}\n\t\t\t\t// Adjust the info stored about this tiddler\n\t\t\t\tself.tiddlerInfo[task.title] = {\n\t\t\t\t\tchangeCount: changeCount,\n\t\t\t\t\tadaptorInfo: adaptorInfo,\n\t\t\t\t\trevision: revision\n\t\t\t\t};\n\t\t\t\t// Invoke the callback\n\t\t\t\tcallback(null);\n\t\t\t},{\n\t\t\t\ttiddlerInfo: self.tiddlerInfo[task.title]\n\t\t\t});\n\t\t} else {\n\t\t\tthis.logger.log(\" Not Dispatching 'save' task:\",task.title,\"tiddler does not exist\");\n\t\t\treturn callback(null);\n\t\t}\n\t} else if(task.type === \"load\") {\n\t\t// Load the tiddler\n\t\tthis.logger.log(\"Dispatching 'load' task:\",task.title);\n\t\tthis.syncadaptor.loadTiddler(task.title,function(err,tiddlerFields) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\t// Store the tiddler\n\t\t\tif(tiddlerFields) {\n\t\t\t\tself.storeTiddler(tiddlerFields,true);\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t});\n\t} else if(task.type === \"delete\") {\n\t\t// Delete the tiddler\n\t\tthis.logger.log(\"Dispatching 'delete' task:\",task.title);\n\t\tthis.syncadaptor.deleteTiddler(task.title,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tdelete self.tiddlerInfo[task.title];\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t},{\n\t\t\ttiddlerInfo: self.tiddlerInfo[task.title]\n\t\t});\n\t}\n};\n\nexports.Syncer = Syncer;\n\n})();\n",
"title": "$:/core/modules/syncer.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/tiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/tiddler.js\ntype: application/javascript\nmodule-type: tiddlermethod\n\nExtension methods for the $tw.Tiddler object (constructor and methods required at boot time are in boot/boot.js)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.hasTag = function(tag) {\n\treturn this.fields.tags && this.fields.tags.indexOf(tag) !== -1;\n};\n\nexports.isPlugin = function() {\n\treturn this.fields.type === \"application/json\" && this.hasField(\"plugin-type\");\n};\n\nexports.isDraft = function() {\n\treturn this.hasField(\"draft.of\");\n};\n\nexports.getFieldString = function(field) {\n\tvar value = this.fields[field];\n\t// Check for a missing field\n\tif(value === undefined || value === null) {\n\t\treturn \"\";\n\t}\n\t// Parse the field with the associated module (if any)\n\tvar fieldModule = $tw.Tiddler.fieldModules[field];\n\tif(fieldModule && fieldModule.stringify) {\n\t\treturn fieldModule.stringify.call(this,value);\n\t} else {\n\t\treturn value.toString();\n\t}\n};\n\n/*\nGet all the fields as a hashmap of strings. Options:\n\texclude: an array of field names to exclude\n*/\nexports.getFieldStrings = function(options) {\n\toptions = options || {};\n\tvar exclude = options.exclude || [];\n\tvar fields = {};\n\tfor(var field in this.fields) {\n\t\tif($tw.utils.hop(this.fields,field)) {\n\t\t\tif(exclude.indexOf(field) === -1) {\n\t\t\t\tfields[field] = this.getFieldString(field);\n\t\t\t}\n\t\t}\n\t}\n\treturn fields;\n};\n\n/*\nGet all the fields as a name:value block. Options:\n\texclude: an array of field names to exclude\n*/\nexports.getFieldStringBlock = function(options) {\n\toptions = options || {};\n\tvar exclude = options.exclude || [];\n\tvar fields = [];\n\tfor(var field in this.fields) {\n\t\tif($tw.utils.hop(this.fields,field)) {\n\t\t\tif(exclude.indexOf(field) === -1) {\n\t\t\t\tfields.push(field + \": \" + this.getFieldString(field));\n\t\t\t}\n\t\t}\n\t}\n\treturn fields.join(\"\\n\");\n};\n\n/*\nCompare two tiddlers for equality\ntiddler: the tiddler to compare\nexcludeFields: array of field names to exclude from the comparison\n*/\nexports.isEqual = function(tiddler,excludeFields) {\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\treturn false;\n\t}\n\texcludeFields = excludeFields || [];\n\tvar self = this,\n\t\tdifferences = []; // Fields that have differences\n\t// Add to the differences array\n\tfunction addDifference(fieldName) {\n\t\t// Check for this field being excluded\n\t\tif(excludeFields.indexOf(fieldName) === -1) {\n\t\t\t// Save the field as a difference\n\t\t\t$tw.utils.pushTop(differences,fieldName);\n\t\t}\n\t}\n\t// Returns true if the two values of this field are equal\n\tfunction isFieldValueEqual(fieldName) {\n\t\tvar valueA = self.fields[fieldName],\n\t\t\tvalueB = tiddler.fields[fieldName];\n\t\t// Check for identical string values\n\t\tif(typeof(valueA) === \"string\" && typeof(valueB) === \"string\" && valueA === valueB) {\n\t\t\treturn true;\n\t\t}\n\t\t// Check for identical array values\n\t\tif($tw.utils.isArray(valueA) && $tw.utils.isArray(valueB) && $tw.utils.isArrayEqual(valueA,valueB)) {\n\t\t\treturn true;\n\t\t}\n\t\t// Otherwise the fields must be different\n\t\treturn false;\n\t}\n\t// Compare our fields\n\tfor(var fieldName in this.fields) {\n\t\tif(!isFieldValueEqual(fieldName)) {\n\t\t\taddDifference(fieldName);\n\t\t}\n\t}\n\t// There's a difference for every field in the other tiddler that we don't have\n\tfor(fieldName in tiddler.fields) {\n\t\tif(!(fieldName in this.fields)) {\n\t\t\taddDifference(fieldName);\n\t\t}\n\t}\n\t// Return whether there were any differences\n\treturn differences.length === 0;\n};\n\nexports.getFieldDay = function(field) {\n\tif(this.cache && this.cache.day && $tw.utils.hop(this.cache.day,field) ) {\n\t\treturn this.cache.day[field];\n\t}\n\tvar day = \"\";\n\tif(this.fields[field]) {\n\t\tday = (new Date($tw.utils.parseDate(this.fields[field]))).setHours(0,0,0,0);\n\t}\n\tthis.cache.day = this.cache.day || {};\n\tthis.cache.day[field] = day;\n\treturn day;\n};\n\n})();\n",
"title": "$:/core/modules/tiddler.js",
"type": "application/javascript",
"module-type": "tiddlermethod"
},
"$:/core/modules/upgraders/plugins.js": {
"text": "/*\\\ntitle: $:/core/modules/upgraders/plugins.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that checks that plugins are newer than any already installed version\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar BLOCKED_PLUGINS = {\n\t\"$:/themes/tiddlywiki/stickytitles\": {\n\t\tversions: [\"*\"]\n\t},\n\t\"$:/plugins/tiddlywiki/fullscreen\": {\n\t\tversions: [\"*\"]\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {},\n\t\tupgradeLibrary,\n\t\tgetLibraryTiddler = function(title) {\n\t\t\tif(!upgradeLibrary) {\n\t\t\t\tupgradeLibrary = wiki.getTiddlerData(UPGRADE_LIBRARY_TITLE,{});\n\t\t\t\tupgradeLibrary.tiddlers = upgradeLibrary.tiddlers || {};\n\t\t\t}\n\t\t\treturn upgradeLibrary.tiddlers[title];\n\t\t};\n\n\t// Go through all the incoming tiddlers\n\t$tw.utils.each(titles,function(title) {\n\t\tvar incomingTiddler = tiddlers[title];\n\t\t// Check if we're dealing with a plugin\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"] && incomingTiddler.version) {\n\t\t\t// Upgrade the incoming plugin if it is in the upgrade library\n\t\t\tvar libraryTiddler = getLibraryTiddler(title);\n\t\t\tif(libraryTiddler && libraryTiddler[\"plugin-type\"] && libraryTiddler.version) {\n\t\t\t\ttiddlers[title] = libraryTiddler;\n\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Upgraded\",{variables: {incoming: incomingTiddler.version, upgraded: libraryTiddler.version}});\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Suppress the incoming plugin if it is older than the currently installed one\n\t\t\tvar existingTiddler = wiki.getTiddler(title);\n\t\t\tif(existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t\t\t// Reject the incoming plugin by blanking all its fields\n\t\t\t\tif($tw.utils.checkVersions(existingTiddler.fields.version,incomingTiddler.version)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Version\",{variables: {incoming: incomingTiddler.version, existing: existingTiddler.fields.version}});\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"]) {\n\t\t\t// Check whether the plugin is on the blocked list\n\t\t\tvar blockInfo = BLOCKED_PLUGINS[title];\n\t\t\tif(blockInfo) {\n\t\t\t\tif(blockInfo.versions.indexOf(\"*\") !== -1 || (incomingTiddler.version && blockInfo.versions.indexOf(incomingTiddler.version) !== -1)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Incompatible\");\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"title": "$:/core/modules/upgraders/plugins.js",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/upgraders/system.js": {
"text": "/*\\\ntitle: $:/core/modules/upgraders/system.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that suppresses certain system tiddlers that shouldn't be imported\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DONT_IMPORT_LIST = [\"$:/StoryList\",\"$:/HistoryList\"],\n\tDONT_IMPORT_PREFIX_LIST = [\"$:/temp/\",\"$:/state/\"];\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {};\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tif(DONT_IMPORT_LIST.indexOf(title) !== -1) {\n\t\t\ttiddlers[title] = Object.create(null);\n\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/System/Suppressed\");\n\t\t} else {\n\t\t\tfor(var t=0; t<DONT_IMPORT_PREFIX_LIST.length; t++) {\n\t\t\t\tvar prefix = DONT_IMPORT_PREFIX_LIST[t];\n\t\t\t\tif(title.substr(0,prefix.length) === prefix) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/State/Suppressed\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"title": "$:/core/modules/upgraders/system.js",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/upgraders/themetweaks.js": {
"text": "/*\\\ntitle: $:/core/modules/upgraders/themetweaks.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that handles the change in theme tweak storage introduced in 5.0.14-beta.\n\nPreviously, theme tweaks were stored in two data tiddlers:\n\n* $:/themes/tiddlywiki/vanilla/metrics\n* $:/themes/tiddlywiki/vanilla/settings\n\nNow, each tweak is stored in its own separate tiddler.\n\nThis upgrader copies any values from the old format to the new. The old data tiddlers are not deleted in case they have been used to store additional indexes.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar MAPPINGS = {\n\t\"$:/themes/tiddlywiki/vanilla/metrics\": {\n\t\t\"fontsize\": \"$:/themes/tiddlywiki/vanilla/metrics/fontsize\",\n\t\t\"lineheight\": \"$:/themes/tiddlywiki/vanilla/metrics/lineheight\",\n\t\t\"storyleft\": \"$:/themes/tiddlywiki/vanilla/metrics/storyleft\",\n\t\t\"storytop\": \"$:/themes/tiddlywiki/vanilla/metrics/storytop\",\n\t\t\"storyright\": \"$:/themes/tiddlywiki/vanilla/metrics/storyright\",\n\t\t\"storywidth\": \"$:/themes/tiddlywiki/vanilla/metrics/storywidth\",\n\t\t\"tiddlerwidth\": \"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\"\n\t},\n\t\"$:/themes/tiddlywiki/vanilla/settings\": {\n\t\t\"fontfamily\": \"$:/themes/tiddlywiki/vanilla/settings/fontfamily\"\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {};\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tvar mapping = MAPPINGS[title];\n\t\tif(mapping) {\n\t\t\tvar tiddler = new $tw.Tiddler(tiddlers[title]),\n\t\t\t\ttiddlerData = wiki.getTiddlerDataCached(tiddler,{});\n\t\t\tfor(var index in mapping) {\n\t\t\t\tvar mappedTitle = mapping[index];\n\t\t\t\tif(!tiddlers[mappedTitle] || tiddlers[mappedTitle].title !== mappedTitle) {\n\t\t\t\t\ttiddlers[mappedTitle] = {\n\t\t\t\t\t\ttitle: mappedTitle,\n\t\t\t\t\t\ttext: tiddlerData[index]\n\t\t\t\t\t};\n\t\t\t\t\tmessages[mappedTitle] = $tw.language.getString(\"Import/Upgrader/ThemeTweaks/Created\",{variables: {\n\t\t\t\t\t\tfrom: title + \"##\" + index\n\t\t\t\t\t}});\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"title": "$:/core/modules/upgraders/themetweaks.js",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/utils/crypto.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/crypto.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions related to crypto.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for an encrypted store area in the text of a TiddlyWiki file\n*/\nexports.extractEncryptedStoreArea = function(text) {\n\tvar encryptedStoreAreaStartMarker = \"<pre id=\\\"encryptedStoreArea\\\" type=\\\"text/plain\\\" style=\\\"display:none;\\\">\",\n\t\tencryptedStoreAreaStart = text.indexOf(encryptedStoreAreaStartMarker);\n\tif(encryptedStoreAreaStart !== -1) {\n\t\tvar encryptedStoreAreaEnd = text.indexOf(\"</pre>\",encryptedStoreAreaStart);\n\t\tif(encryptedStoreAreaEnd !== -1) {\n\t\t\treturn $tw.utils.htmlDecode(text.substring(encryptedStoreAreaStart + encryptedStoreAreaStartMarker.length,encryptedStoreAreaEnd-1));\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If the password is not provided then the password in the password store will be used\n*/\nexports.decryptStoreArea = function(encryptedStoreArea,password) {\n\tvar decryptedText = $tw.crypto.decrypt(encryptedStoreArea,password);\n\tif(decryptedText) {\n\t\tvar json = JSON.parse(decryptedText),\n\t\t\ttiddlers = [];\n\t\tfor(var title in json) {\n\t\t\tif(title !== \"$:/isEncrypted\") {\n\t\t\t\ttiddlers.push(json[title]);\n\t\t\t}\n\t\t}\n\t\treturn tiddlers;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If that fails, the user is prompted for a password.\nencryptedStoreArea: text of the TiddlyWiki encrypted store area\ncallback: function(tiddlers) called with the array of decrypted tiddlers\n\nThe following configuration settings are supported:\n\n$tw.config.usePasswordVault: causes any password entered by the user to also be put into the system password vault\n*/\nexports.decryptStoreAreaInteractive = function(encryptedStoreArea,callback,options) {\n\t// Try to decrypt with the current password\n\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea);\n\tif(tiddlers) {\n\t\tcallback(tiddlers);\n\t} else {\n\t\t// Prompt for a new password and keep trying\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: \"Enter a password to decrypt the imported TiddlyWiki\",\n\t\t\tnoUserName: true,\n\t\t\tcanCancel: true,\n\t\t\tsubmitText: \"Decrypt\",\n\t\t\tcallback: function(data) {\n\t\t\t\t// Exit if the user cancelled\n\t\t\t\tif(!data) {\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t\t// Attempt to decrypt the tiddlers\n\t\t\t\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea,data.password);\n\t\t\t\tif(tiddlers) {\n\t\t\t\t\tif($tw.config.usePasswordVault) {\n\t\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t\t}\n\t\t\t\t\tcallback(tiddlers);\n\t\t\t\t\t// Exit and remove the password prompt\n\t\t\t\t\treturn true;\n\t\t\t\t} else {\n\t\t\t\t\t// We didn't decrypt everything, so continue to prompt for password\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/utils/crypto.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/animations/slide.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/animations/slide.js\ntype: application/javascript\nmodule-type: animation\n\nA simple slide animation that varies the height of the element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction slideOpen(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration();\n\t// Get the current height of the domNode\n\tvar computedStyle = window.getComputedStyle(domNode),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrPaddingBottom = parseInt(computedStyle.paddingBottom,10),\n\t\tcurrPaddingTop = parseInt(computedStyle.paddingTop,10),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"none\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{marginTop: currMarginTop + \"px\"},\n\t\t{paddingBottom: currPaddingBottom + \"px\"},\n\t\t{paddingTop: currPaddingTop + \"px\"},\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n}\n\nfunction slideClosed(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration(),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Clear the properties we've set when the animation is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n}\n\nexports.slide = {\n\topen: slideOpen,\n\tclose: slideClosed\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/animations/slide.js",
"type": "application/javascript",
"module-type": "animation"
},
"$:/core/modules/utils/dom/animator.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/animator.js\ntype: application/javascript\nmodule-type: utils\n\nOrchestrates animations and transitions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Animator() {\n\t// Get the registered animation modules\n\tthis.animations = {};\n\t$tw.modules.applyMethods(\"animation\",this.animations);\n}\n\nAnimator.prototype.perform = function(type,domNode,options) {\n\toptions = options || {};\n\t// Find an animation that can handle this type\n\tvar chosenAnimation;\n\t$tw.utils.each(this.animations,function(animation,name) {\n\t\tif($tw.utils.hop(animation,type)) {\n\t\t\tchosenAnimation = animation[type];\n\t\t}\n\t});\n\tif(!chosenAnimation) {\n\t\tchosenAnimation = function(domNode,options) {\n\t\t\tif(options.callback) {\n\t\t\t\toptions.callback();\n\t\t\t}\n\t\t};\n\t}\n\t// Call the animation\n\tchosenAnimation(domNode,options);\n};\n\nexports.Animator = Animator;\n\n})();\n",
"title": "$:/core/modules/utils/dom/animator.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/browser.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/browser.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser feature detection\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSet style properties of an element\n\telement: dom node\n\tstyles: ordered array of {name: value} pairs\n*/\nexports.setStyle = function(element,styles) {\n\tif(element.nodeType === 1) { // Element.ELEMENT_NODE\n\t\tfor(var t=0; t<styles.length; t++) {\n\t\t\tfor(var styleName in styles[t]) {\n\t\t\t\telement.style[$tw.utils.convertStyleNameToPropertyName(styleName)] = styles[t][styleName];\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nConverts a standard CSS property name into the local browser-specific equivalent. For example:\n\t\"background-color\" --> \"backgroundColor\"\n\t\"transition\" --> \"webkitTransition\"\n*/\n\nvar styleNameCache = {}; // We'll cache the style name conversions\n\nexports.convertStyleNameToPropertyName = function(styleName) {\n\t// Return from the cache if we can\n\tif(styleNameCache[styleName]) {\n\t\treturn styleNameCache[styleName];\n\t}\n\t// Convert it by first removing any hyphens\n\tvar propertyName = $tw.utils.unHyphenateCss(styleName);\n\t// Then check if it needs a prefix\n\tif($tw.browser && document.body.style[propertyName] === undefined) {\n\t\tvar prefixes = [\"O\",\"MS\",\"Moz\",\"webkit\"];\n\t\tfor(var t=0; t<prefixes.length; t++) {\n\t\t\tvar prefixedName = prefixes[t] + propertyName.substr(0,1).toUpperCase() + propertyName.substr(1);\n\t\t\tif(document.body.style[prefixedName] !== undefined) {\n\t\t\t\tpropertyName = prefixedName;\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\t// Put it in the cache too\n\tstyleNameCache[styleName] = propertyName;\n\treturn propertyName;\n};\n\n/*\nConverts a JS format CSS property name back into the dashed form used in CSS declarations. For example:\n\t\"backgroundColor\" --> \"background-color\"\n\t\"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.convertPropertyNameToStyleName = function(propertyName) {\n\t// Rehyphenate the name\n\tvar styleName = $tw.utils.hyphenateCss(propertyName);\n\t// If there's a webkit prefix, add a dash (other browsers have uppercase prefixes, and so get the dash automatically)\n\tif(styleName.indexOf(\"webkit\") === 0) {\n\t\tstyleName = \"-\" + styleName;\n\t} else if(styleName.indexOf(\"-m-s\") === 0) {\n\t\tstyleName = \"-ms\" + styleName.substr(4);\n\t}\n\treturn styleName;\n};\n\n/*\nRound trip a stylename to a property name and back again. For example:\n\t\"transform\" --> \"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.roundTripPropertyName = function(propertyName) {\n\treturn $tw.utils.convertPropertyNameToStyleName($tw.utils.convertStyleNameToPropertyName(propertyName));\n};\n\n/*\nConverts a standard event name into the local browser specific equivalent. For example:\n\t\"animationEnd\" --> \"webkitAnimationEnd\"\n*/\n\nvar eventNameCache = {}; // We'll cache the conversions\n\nvar eventNameMappings = {\n\t\"transitionEnd\": {\n\t\tcorrespondingCssProperty: \"transition\",\n\t\tmappings: {\n\t\t\ttransition: \"transitionend\",\n\t\t\tOTransition: \"oTransitionEnd\",\n\t\t\tMSTransition: \"msTransitionEnd\",\n\t\t\tMozTransition: \"transitionend\",\n\t\t\twebkitTransition: \"webkitTransitionEnd\"\n\t\t}\n\t},\n\t\"animationEnd\": {\n\t\tcorrespondingCssProperty: \"animation\",\n\t\tmappings: {\n\t\t\tanimation: \"animationend\",\n\t\t\tOAnimation: \"oAnimationEnd\",\n\t\t\tMSAnimation: \"msAnimationEnd\",\n\t\t\tMozAnimation: \"animationend\",\n\t\t\twebkitAnimation: \"webkitAnimationEnd\"\n\t\t}\n\t}\n};\n\nexports.convertEventName = function(eventName) {\n\tif(eventNameCache[eventName]) {\n\t\treturn eventNameCache[eventName];\n\t}\n\tvar newEventName = eventName,\n\t\tmappings = eventNameMappings[eventName];\n\tif(mappings) {\n\t\tvar convertedProperty = $tw.utils.convertStyleNameToPropertyName(mappings.correspondingCssProperty);\n\t\tif(mappings.mappings[convertedProperty]) {\n\t\t\tnewEventName = mappings.mappings[convertedProperty];\n\t\t}\n\t}\n\t// Put it in the cache too\n\teventNameCache[eventName] = newEventName;\n\treturn newEventName;\n};\n\n/*\nReturn the names of the fullscreen APIs\n*/\nexports.getFullScreenApis = function() {\n\tvar d = document,\n\t\tdb = d.body,\n\t\tresult = {\n\t\t\"_requestFullscreen\": db.webkitRequestFullscreen !== undefined ? \"webkitRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.mozRequestFullScreen !== undefined ? \"mozRequestFullScreen\" :\n\t\t\t\t\t\t\tdb.msRequestFullscreen !== undefined ? \"msRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.requestFullscreen !== undefined ? \"requestFullscreen\" : \"\",\n\t\t\"_exitFullscreen\": d.webkitExitFullscreen !== undefined ? \"webkitExitFullscreen\" :\n\t\t\t\t\t\t\td.mozCancelFullScreen !== undefined ? \"mozCancelFullScreen\" :\n\t\t\t\t\t\t\td.msExitFullscreen !== undefined ? \"msExitFullscreen\" :\n\t\t\t\t\t\t\td.exitFullscreen !== undefined ? \"exitFullscreen\" : \"\",\n\t\t\"_fullscreenElement\": d.webkitFullscreenElement !== undefined ? \"webkitFullscreenElement\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozFullScreenElement\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"msFullscreenElement\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenElement\" : \"\",\n\t\t\"_fullscreenChange\": d.webkitFullscreenElement !== undefined ? \"webkitfullscreenchange\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozfullscreenchange\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"MSFullscreenChange\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenchange\" : \"\"\n\t};\n\tif(!result._requestFullscreen || !result._exitFullscreen || !result._fullscreenElement || !result._fullscreenChange) {\n\t\treturn null;\n\t} else {\n\t\treturn result;\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/browser.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/csscolorparser.js": {
"text": "// (c) Dean McNamee <dean@gmail.com>, 2012.\n//\n// https://github.com/deanm/css-color-parser-js\n//\n// Permission is hereby granted, free of charge, to any person obtaining a copy\n// of this software and associated documentation files (the \"Software\"), to\n// deal in the Software without restriction, including without limitation the\n// rights to use, copy, modify, merge, publish, distribute, sublicense, and/or\n// sell copies of the Software, and to permit persons to whom the Software is\n// furnished to do so, subject to the following conditions:\n//\n// The above copyright notice and this permission notice shall be included in\n// all copies or substantial portions of the Software.\n//\n// THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING\n// FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS\n// IN THE SOFTWARE.\n\n// http://www.w3.org/TR/css3-color/\nvar kCSSColorTable = {\n \"transparent\": [0,0,0,0], \"aliceblue\": [240,248,255,1],\n \"antiquewhite\": [250,235,215,1], \"aqua\": [0,255,255,1],\n \"aquamarine\": [127,255,212,1], \"azure\": [240,255,255,1],\n \"beige\": [245,245,220,1], \"bisque\": [255,228,196,1],\n \"black\": [0,0,0,1], \"blanchedalmond\": [255,235,205,1],\n \"blue\": [0,0,255,1], \"blueviolet\": [138,43,226,1],\n \"brown\": [165,42,42,1], \"burlywood\": [222,184,135,1],\n \"cadetblue\": [95,158,160,1], \"chartreuse\": [127,255,0,1],\n \"chocolate\": [210,105,30,1], \"coral\": [255,127,80,1],\n \"cornflowerblue\": [100,149,237,1], \"cornsilk\": [255,248,220,1],\n \"crimson\": [220,20,60,1], \"cyan\": [0,255,255,1],\n \"darkblue\": [0,0,139,1], \"darkcyan\": [0,139,139,1],\n \"darkgoldenrod\": [184,134,11,1], \"darkgray\": [169,169,169,1],\n \"darkgreen\": [0,100,0,1], \"darkgrey\": [169,169,169,1],\n \"darkkhaki\": [189,183,107,1], \"darkmagenta\": [139,0,139,1],\n \"darkolivegreen\": [85,107,47,1], \"darkorange\": [255,140,0,1],\n \"darkorchid\": [153,50,204,1], \"darkred\": [139,0,0,1],\n \"darksalmon\": [233,150,122,1], \"darkseagreen\": [143,188,143,1],\n \"darkslateblue\": [72,61,139,1], \"darkslategray\": [47,79,79,1],\n \"darkslategrey\": [47,79,79,1], \"darkturquoise\": [0,206,209,1],\n \"darkviolet\": [148,0,211,1], \"deeppink\": [255,20,147,1],\n \"deepskyblue\": [0,191,255,1], \"dimgray\": [105,105,105,1],\n \"dimgrey\": [105,105,105,1], \"dodgerblue\": [30,144,255,1],\n \"firebrick\": [178,34,34,1], \"floralwhite\": [255,250,240,1],\n \"forestgreen\": [34,139,34,1], \"fuchsia\": [255,0,255,1],\n \"gainsboro\": [220,220,220,1], \"ghostwhite\": [248,248,255,1],\n \"gold\": [255,215,0,1], \"goldenrod\": [218,165,32,1],\n \"gray\": [128,128,128,1], \"green\": [0,128,0,1],\n \"greenyellow\": [173,255,47,1], \"grey\": [128,128,128,1],\n \"honeydew\": [240,255,240,1], \"hotpink\": [255,105,180,1],\n \"indianred\": [205,92,92,1], \"indigo\": [75,0,130,1],\n \"ivory\": [255,255,240,1], \"khaki\": [240,230,140,1],\n \"lavender\": [230,230,250,1], \"lavenderblush\": [255,240,245,1],\n \"lawngreen\": [124,252,0,1], \"lemonchiffon\": [255,250,205,1],\n \"lightblue\": [173,216,230,1], \"lightcoral\": [240,128,128,1],\n \"lightcyan\": [224,255,255,1], \"lightgoldenrodyellow\": [250,250,210,1],\n \"lightgray\": [211,211,211,1], \"lightgreen\": [144,238,144,1],\n \"lightgrey\": [211,211,211,1], \"lightpink\": [255,182,193,1],\n \"lightsalmon\": [255,160,122,1], \"lightseagreen\": [32,178,170,1],\n \"lightskyblue\": [135,206,250,1], \"lightslategray\": [119,136,153,1],\n \"lightslategrey\": [119,136,153,1], \"lightsteelblue\": [176,196,222,1],\n \"lightyellow\": [255,255,224,1], \"lime\": [0,255,0,1],\n \"limegreen\": [50,205,50,1], \"linen\": [250,240,230,1],\n \"magenta\": [255,0,255,1], \"maroon\": [128,0,0,1],\n \"mediumaquamarine\": [102,205,170,1], \"mediumblue\": [0,0,205,1],\n \"mediumorchid\": [186,85,211,1], \"mediumpurple\": [147,112,219,1],\n \"mediumseagreen\": [60,179,113,1], \"mediumslateblue\": [123,104,238,1],\n \"mediumspringgreen\": [0,250,154,1], \"mediumturquoise\": [72,209,204,1],\n \"mediumvioletred\": [199,21,133,1], \"midnightblue\": [25,25,112,1],\n \"mintcream\": [245,255,250,1], \"mistyrose\": [255,228,225,1],\n \"moccasin\": [255,228,181,1], \"navajowhite\": [255,222,173,1],\n \"navy\": [0,0,128,1], \"oldlace\": [253,245,230,1],\n \"olive\": [128,128,0,1], \"olivedrab\": [107,142,35,1],\n \"orange\": [255,165,0,1], \"orangered\": [255,69,0,1],\n \"orchid\": [218,112,214,1], \"palegoldenrod\": [238,232,170,1],\n \"palegreen\": [152,251,152,1], \"paleturquoise\": [175,238,238,1],\n \"palevioletred\": [219,112,147,1], \"papayawhip\": [255,239,213,1],\n \"peachpuff\": [255,218,185,1], \"peru\": [205,133,63,1],\n \"pink\": [255,192,203,1], \"plum\": [221,160,221,1],\n \"powderblue\": [176,224,230,1], \"purple\": [128,0,128,1],\n \"red\": [255,0,0,1], \"rosybrown\": [188,143,143,1],\n \"royalblue\": [65,105,225,1], \"saddlebrown\": [139,69,19,1],\n \"salmon\": [250,128,114,1], \"sandybrown\": [244,164,96,1],\n \"seagreen\": [46,139,87,1], \"seashell\": [255,245,238,1],\n \"sienna\": [160,82,45,1], \"silver\": [192,192,192,1],\n \"skyblue\": [135,206,235,1], \"slateblue\": [106,90,205,1],\n \"slategray\": [112,128,144,1], \"slategrey\": [112,128,144,1],\n \"snow\": [255,250,250,1], \"springgreen\": [0,255,127,1],\n \"steelblue\": [70,130,180,1], \"tan\": [210,180,140,1],\n \"teal\": [0,128,128,1], \"thistle\": [216,191,216,1],\n \"tomato\": [255,99,71,1], \"turquoise\": [64,224,208,1],\n \"violet\": [238,130,238,1], \"wheat\": [245,222,179,1],\n \"white\": [255,255,255,1], \"whitesmoke\": [245,245,245,1],\n \"yellow\": [255,255,0,1], \"yellowgreen\": [154,205,50,1]}\n\nfunction clamp_css_byte(i) { // Clamp to integer 0 .. 255.\n i = Math.round(i); // Seems to be what Chrome does (vs truncation).\n return i < 0 ? 0 : i > 255 ? 255 : i;\n}\n\nfunction clamp_css_float(f) { // Clamp to float 0.0 .. 1.0.\n return f < 0 ? 0 : f > 1 ? 1 : f;\n}\n\nfunction parse_css_int(str) { // int or percentage.\n if (str[str.length - 1] === '%')\n return clamp_css_byte(parseFloat(str) / 100 * 255);\n return clamp_css_byte(parseInt(str));\n}\n\nfunction parse_css_float(str) { // float or percentage.\n if (str[str.length - 1] === '%')\n return clamp_css_float(parseFloat(str) / 100);\n return clamp_css_float(parseFloat(str));\n}\n\nfunction css_hue_to_rgb(m1, m2, h) {\n if (h < 0) h += 1;\n else if (h > 1) h -= 1;\n\n if (h * 6 < 1) return m1 + (m2 - m1) * h * 6;\n if (h * 2 < 1) return m2;\n if (h * 3 < 2) return m1 + (m2 - m1) * (2/3 - h) * 6;\n return m1;\n}\n\nfunction parseCSSColor(css_str) {\n // Remove all whitespace, not compliant, but should just be more accepting.\n var str = css_str.replace(/ /g, '').toLowerCase();\n\n // Color keywords (and transparent) lookup.\n if (str in kCSSColorTable) return kCSSColorTable[str].slice(); // dup.\n\n // #abc and #abc123 syntax.\n if (str[0] === '#') {\n if (str.length === 4) {\n var iv = parseInt(str.substr(1), 16); // TODO(deanm): Stricter parsing.\n if (!(iv >= 0 && iv <= 0xfff)) return null; // Covers NaN.\n return [((iv & 0xf00) >> 4) | ((iv & 0xf00) >> 8),\n (iv & 0xf0) | ((iv & 0xf0) >> 4),\n (iv & 0xf) | ((iv & 0xf) << 4),\n 1];\n } else if (str.length === 7) {\n var iv = parseInt(str.substr(1), 16); // TODO(deanm): Stricter parsing.\n if (!(iv >= 0 && iv <= 0xffffff)) return null; // Covers NaN.\n return [(iv & 0xff0000) >> 16,\n (iv & 0xff00) >> 8,\n iv & 0xff,\n 1];\n }\n\n return null;\n }\n\n var op = str.indexOf('('), ep = str.indexOf(')');\n if (op !== -1 && ep + 1 === str.length) {\n var fname = str.substr(0, op);\n var params = str.substr(op+1, ep-(op+1)).split(',');\n var alpha = 1; // To allow case fallthrough.\n switch (fname) {\n case 'rgba':\n if (params.length !== 4) return null;\n alpha = parse_css_float(params.pop());\n // Fall through.\n case 'rgb':\n if (params.length !== 3) return null;\n return [parse_css_int(params[0]),\n parse_css_int(params[1]),\n parse_css_int(params[2]),\n alpha];\n case 'hsla':\n if (params.length !== 4) return null;\n alpha = parse_css_float(params.pop());\n // Fall through.\n case 'hsl':\n if (params.length !== 3) return null;\n var h = (((parseFloat(params[0]) % 360) + 360) % 360) / 360; // 0 .. 1\n // NOTE(deanm): According to the CSS spec s/l should only be\n // percentages, but we don't bother and let float or percentage.\n var s = parse_css_float(params[1]);\n var l = parse_css_float(params[2]);\n var m2 = l <= 0.5 ? l * (s + 1) : l + s - l * s;\n var m1 = l * 2 - m2;\n return [clamp_css_byte(css_hue_to_rgb(m1, m2, h+1/3) * 255),\n clamp_css_byte(css_hue_to_rgb(m1, m2, h) * 255),\n clamp_css_byte(css_hue_to_rgb(m1, m2, h-1/3) * 255),\n alpha];\n default:\n return null;\n }\n }\n\n return null;\n}\n\ntry { exports.parseCSSColor = parseCSSColor } catch(e) { }\n",
"title": "$:/core/modules/utils/dom/csscolorparser.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static DOM-related utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDetermines whether element 'a' contains element 'b'\nCode thanks to John Resig, http://ejohn.org/blog/comparing-document-position/\n*/\nexports.domContains = function(a,b) {\n\treturn a.contains ?\n\t\ta !== b && a.contains(b) :\n\t\t!!(a.compareDocumentPosition(b) & 16);\n};\n\nexports.removeChildren = function(node) {\n\twhile(node.hasChildNodes()) {\n\t\tnode.removeChild(node.firstChild);\n\t}\n};\n\nexports.hasClass = function(el,className) {\n\treturn el && el.className && el.className.toString().split(\" \").indexOf(className) !== -1;\n};\n\nexports.addClass = function(el,className) {\n\tvar c = el.className.split(\" \");\n\tif(c.indexOf(className) === -1) {\n\t\tc.push(className);\n\t}\n\tel.className = c.join(\" \");\n};\n\nexports.removeClass = function(el,className) {\n\tvar c = el.className.split(\" \"),\n\t\tp = c.indexOf(className);\n\tif(p !== -1) {\n\t\tc.splice(p,1);\n\t\tel.className = c.join(\" \");\n\t}\n};\n\nexports.toggleClass = function(el,className,status) {\n\tif(status === undefined) {\n\t\tstatus = !exports.hasClass(el,className);\n\t}\n\tif(status) {\n\t\texports.addClass(el,className);\n\t} else {\n\t\texports.removeClass(el,className);\n\t}\n};\n\n/*\nGet the first parent element that has scrollbars or use the body as fallback.\n*/\nexports.getScrollContainer = function(el) {\n\tvar doc = el.ownerDocument;\n\twhile(el.parentNode) {\t\n\t\tel = el.parentNode;\n\t\tif(el.scrollTop) {\n\t\t\treturn el;\n\t\t}\n\t}\n\treturn doc.body;\n};\n\n/*\nGet the scroll position of the viewport\nReturns:\n\t{\n\t\tx: horizontal scroll position in pixels,\n\t\ty: vertical scroll position in pixels\n\t}\n*/\nexports.getScrollPosition = function() {\n\tif(\"scrollX\" in window) {\n\t\treturn {x: window.scrollX, y: window.scrollY};\n\t} else {\n\t\treturn {x: document.documentElement.scrollLeft, y: document.documentElement.scrollTop};\n\t}\n};\n\n/*\nAdjust the height of a textarea to fit its content, preserving scroll position, and return the height\n*/\nexports.resizeTextAreaToFit = function(domNode,minHeight) {\n\t// Get the scroll container and register the current scroll position\n\tvar container = $tw.utils.getScrollContainer(domNode),\n\t\tscrollTop = container.scrollTop;\n // Measure the specified minimum height\n\tdomNode.style.height = minHeight;\n\tvar measuredHeight = domNode.offsetHeight;\n\t// Set its height to auto so that it snaps to the correct height\n\tdomNode.style.height = \"auto\";\n\t// Calculate the revised height\n\tvar newHeight = Math.max(domNode.scrollHeight + domNode.offsetHeight - domNode.clientHeight,measuredHeight);\n\t// Only try to change the height if it has changed\n\tif(newHeight !== domNode.offsetHeight) {\n\t\tdomNode.style.height = newHeight + \"px\";\n\t\t// Make sure that the dimensions of the textarea are recalculated\n\t\t$tw.utils.forceLayout(domNode);\n\t\t// Set the container to the position we registered at the beginning\n\t\tcontainer.scrollTop = scrollTop;\n\t}\n\treturn newHeight;\n};\n\n/*\nGets the bounding rectangle of an element in absolute page coordinates\n*/\nexports.getBoundingPageRect = function(element) {\n\tvar scrollPos = $tw.utils.getScrollPosition(),\n\t\tclientRect = element.getBoundingClientRect();\n\treturn {\n\t\tleft: clientRect.left + scrollPos.x,\n\t\twidth: clientRect.width,\n\t\tright: clientRect.right + scrollPos.x,\n\t\ttop: clientRect.top + scrollPos.y,\n\t\theight: clientRect.height,\n\t\tbottom: clientRect.bottom + scrollPos.y\n\t};\n};\n\n/*\nSaves a named password in the browser\n*/\nexports.savePassword = function(name,password) {\n\ttry {\n\t\tif(window.localStorage) {\n\t\t\tlocalStorage.setItem(\"tw5-password-\" + name,password);\n\t\t}\n\t} catch(e) {\n\t}\n};\n\n/*\nRetrieve a named password from the browser\n*/\nexports.getPassword = function(name) {\n\ttry {\n\t\treturn window.localStorage ? localStorage.getItem(\"tw5-password-\" + name) : \"\";\n\t} catch(e) {\n\t\treturn \"\";\n\t}\n};\n\n/*\nForce layout of a dom node and its descendents\n*/\nexports.forceLayout = function(element) {\n\tvar dummy = element.offsetWidth;\n};\n\n/*\nPulse an element for debugging purposes\n*/\nexports.pulseElement = function(element) {\n\t// Event handler to remove the class at the end\n\telement.addEventListener($tw.browser.animationEnd,function handler(event) {\n\t\telement.removeEventListener($tw.browser.animationEnd,handler,false);\n\t\t$tw.utils.removeClass(element,\"pulse\");\n\t},false);\n\t// Apply the pulse class\n\t$tw.utils.removeClass(element,\"pulse\");\n\t$tw.utils.forceLayout(element);\n\t$tw.utils.addClass(element,\"pulse\");\n};\n\n/*\nAttach specified event handlers to a DOM node\ndomNode: where to attach the event handlers\nevents: array of event handlers to be added (see below)\nEach entry in the events array is an object with these properties:\nhandlerFunction: optional event handler function\nhandlerObject: optional event handler object\nhandlerMethod: optionally specifies object handler method name (defaults to `handleEvent`)\n*/\nexports.addEventListeners = function(domNode,events) {\n\t$tw.utils.each(events,function(eventInfo) {\n\t\tvar handler;\n\t\tif(eventInfo.handlerFunction) {\n\t\t\thandler = eventInfo.handlerFunction;\n\t\t} else if(eventInfo.handlerObject) {\n\t\t\tif(eventInfo.handlerMethod) {\n\t\t\t\thandler = function(event) {\n\t\t\t\t\teventInfo.handlerObject[eventInfo.handlerMethod].call(eventInfo.handlerObject,event);\n\t\t\t\t};\t\n\t\t\t} else {\n\t\t\t\thandler = eventInfo.handlerObject;\n\t\t\t}\n\t\t}\n\t\tdomNode.addEventListener(eventInfo.name,handler,false);\n\t});\n};\n\n/*\nGet the computed styles applied to an element as an array of strings of individual CSS properties\n*/\nexports.getComputedStyles = function(domNode) {\n\tvar textAreaStyles = window.getComputedStyle(domNode,null),\n\t\tstyleDefs = [],\n\t\tname;\n\tfor(var t=0; t<textAreaStyles.length; t++) {\n\t\tname = textAreaStyles[t];\n\t\tstyleDefs.push(name + \": \" + textAreaStyles.getPropertyValue(name) + \";\");\n\t}\n\treturn styleDefs;\n};\n\n/*\nApply a set of styles passed as an array of strings of individual CSS properties\n*/\nexports.setStyles = function(domNode,styleDefs) {\n\tdomNode.style.cssText = styleDefs.join(\"\");\n};\n\n/*\nCopy the computed styles from a source element to a destination element\n*/\nexports.copyStyles = function(srcDomNode,dstDomNode) {\n\t$tw.utils.setStyles(dstDomNode,$tw.utils.getComputedStyles(srcDomNode));\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/dragndrop.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/dragndrop.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser data transfer utilities, used with the clipboard and drag and drop\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nOptions:\n\ndomNode: dom node to make draggable\ndragImageType: \"pill\" or \"dom\"\ndragTiddlerFn: optional function to retrieve the title of tiddler to drag\ndragFilterFn: optional function to retreive the filter defining a list of tiddlers to drag\nwidget: widget to use as the contect for the filter\n*/\nexports.makeDraggable = function(options) {\n\tvar dragImageType = options.dragImageType || \"dom\",\n\t\tdragImage,\n\t\tdomNode = options.domNode;\n\t// Make the dom node draggable (not necessary for anchor tags)\n\tif((domNode.tagName || \"\").toLowerCase() !== \"a\") {\n\t\tdomNode.setAttribute(\"draggable\",\"true\");\t\t\n\t}\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragstart\", handlerFunction: function(event) {\n\t\t\t// Collect the tiddlers being dragged\n\t\t\tvar dragTiddler = options.dragTiddlerFn && options.dragTiddlerFn(),\n\t\t\t\tdragFilter = options.dragFilterFn && options.dragFilterFn(),\n\t\t\t\ttitles = dragTiddler ? [dragTiddler] : [];\n\t\t\tif(dragFilter) {\n\t\t\t\ttitles.push.apply(titles,options.widget.wiki.filterTiddlers(dragFilter,options.widget));\n\t\t\t}\n\t\t\tvar titleString = $tw.utils.stringifyList(titles);\n\t\t\t// Check that we've something to drag\n\t\t\tif(titles.length > 0 && event.target === domNode) {\n\t\t\t\t// Mark the drag in progress\n\t\t\t\t$tw.dragInProgress = domNode;\n\t\t\t\t// Set the dragging class on the element being dragged\n\t\t\t\t$tw.utils.addClass(event.target,\"tc-dragging\");\n\t\t\t\t// Create the drag image elements\n\t\t\t\tdragImage = options.widget.document.createElement(\"div\");\n\t\t\t\tdragImage.className = \"tc-tiddler-dragger\";\n\t\t\t\tvar inner = options.widget.document.createElement(\"div\");\n\t\t\t\tinner.className = \"tc-tiddler-dragger-inner\";\n\t\t\t\tinner.appendChild(options.widget.document.createTextNode(\n\t\t\t\t\ttitles.length === 1 ? \n\t\t\t\t\t\ttitles[0] :\n\t\t\t\t\t\ttitles.length + \" tiddlers\"\n\t\t\t\t));\n\t\t\t\tdragImage.appendChild(inner);\n\t\t\t\toptions.widget.document.body.appendChild(dragImage);\n\t\t\t\t// Set the data transfer properties\n\t\t\t\tvar dataTransfer = event.dataTransfer;\n\t\t\t\t// Set up the image\n\t\t\t\tdataTransfer.effectAllowed = \"all\";\n\t\t\t\tif(dataTransfer.setDragImage) {\n\t\t\t\t\tif(dragImageType === \"pill\") {\n\t\t\t\t\t\tdataTransfer.setDragImage(dragImage.firstChild,-16,-16);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tvar r = domNode.getBoundingClientRect();\n\t\t\t\t\t\tdataTransfer.setDragImage(domNode,event.clientX-r.left,event.clientY-r.top);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// Set up the data transfer\n\t\t\t\tif(dataTransfer.clearData) {\n\t\t\t\t\tdataTransfer.clearData();\t\t\t\t\t\n\t\t\t\t}\n\t\t\t\tvar jsonData = [];\n\t\t\t\tif(titles.length > 1) {\n\t\t\t\t\ttitles.forEach(function(title) {\n\t\t\t\t\t\tjsonData.push(options.widget.wiki.getTiddlerAsJson(title));\n\t\t\t\t\t});\n\t\t\t\t\tjsonData = \"[\" + jsonData.join(\",\") + \"]\";\n\t\t\t\t} else {\n\t\t\t\t\tjsonData = options.widget.wiki.getTiddlerAsJson(titles[0]);\n\t\t\t\t}\n\t\t\t\t// IE doesn't like these content types\n\t\t\t\tif(!$tw.browser.isIE) {\n\t\t\t\t\tdataTransfer.setData(\"text/vnd.tiddler\",jsonData);\n\t\t\t\t\tdataTransfer.setData(\"text/plain\",titleString);\n\t\t\t\t\tdataTransfer.setData(\"text/x-moz-url\",\"data:text/vnd.tiddler,\" + encodeURIComponent(jsonData));\n\t\t\t\t}\n\t\t\t\tdataTransfer.setData(\"URL\",\"data:text/vnd.tiddler,\" + encodeURIComponent(jsonData));\n\t\t\t\tdataTransfer.setData(\"Text\",titleString);\n\t\t\t\tevent.stopPropagation();\n\t\t\t}\n\t\t\treturn false;\n\t\t}},\n\t\t{name: \"dragend\", handlerFunction: function(event) {\n\t\t\tif(event.target === domNode) {\n\t\t\t\t$tw.dragInProgress = null;\n\t\t\t\t// Remove the dragging class on the element being dragged\n\t\t\t\t$tw.utils.removeClass(event.target,\"tc-dragging\");\n\t\t\t\t// Delete the drag image element\n\t\t\t\tif(dragImage) {\n\t\t\t\t\tdragImage.parentNode.removeChild(dragImage);\n\t\t\t\t\tdragImage = null;\n\t\t\t\t}\n\t\t\t}\n\t\t\treturn false;\n\t\t}}\n\t]);\n};\n\nexports.importDataTransfer = function(dataTransfer,fallbackTitle,callback) {\n\t// Try each provided data type in turn\n\tfor(var t=0; t<importDataTypes.length; t++) {\n\t\tif(!$tw.browser.isIE || importDataTypes[t].IECompatible) {\n\t\t\t// Get the data\n\t\t\tvar dataType = importDataTypes[t];\n\t\t\t\tvar data = dataTransfer.getData(dataType.type);\n\t\t\t// Import the tiddlers in the data\n\t\t\tif(data !== \"\" && data !== null) {\n\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\tconsole.log(\"Importing data type '\" + dataType.type + \"', data: '\" + data + \"'\")\n\t\t\t\t}\n\t\t\t\tvar tiddlerFields = dataType.toTiddlerFieldsArray(data,fallbackTitle);\n\t\t\t\tcallback(tiddlerFields);\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t}\n};\n\nvar importDataTypes = [\n\t{type: \"text/vnd.tiddler\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn parseJSONTiddlers(data,fallbackTitle);\n\t}},\n\t{type: \"URL\", IECompatible: true, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURIComponent(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn parseJSONTiddlers(match[1],fallbackTitle);\n\t\t} else {\n\t\t\treturn [{title: fallbackTitle, text: data}]; // As URL string\n\t\t}\n\t}},\n\t{type: \"text/x-moz-url\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURIComponent(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn parseJSONTiddlers(match[1],fallbackTitle);\n\t\t} else {\n\t\t\treturn [{title: fallbackTitle, text: data}]; // As URL string\n\t\t}\n\t}},\n\t{type: \"text/html\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}},\n\t{type: \"text/plain\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}},\n\t{type: \"Text\", IECompatible: true, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}},\n\t{type: \"text/uri-list\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}}\n];\n\nfunction parseJSONTiddlers(json,fallbackTitle) {\n\tvar data = JSON.parse(json);\n\tif(!$tw.utils.isArray(data)) {\n\t\tdata = [data];\n\t}\n\tdata.forEach(function(fields) {\n\t\tfields.title = fields.title || fallbackTitle;\n\t});\n\treturn data;\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/dragndrop.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/http.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/http.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser HTTP support\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nA quick and dirty HTTP function; to be refactored later. Options are:\n\turl: URL to retrieve\n\ttype: GET, PUT, POST etc\n\tcallback: function invoked with (err,data)\n\treturnProp: string name of the property to return as first argument of callback\n*/\nexports.httpRequest = function(options) {\n\tvar type = options.type || \"GET\",\n\t\theaders = options.headers || {accept: \"application/json\"},\n\t\treturnProp = options.returnProp || \"responseText\",\n\t\trequest = new XMLHttpRequest(),\n\t\tdata = \"\",\n\t\tf,results;\n\t// Massage the data hashmap into a string\n\tif(options.data) {\n\t\tif(typeof options.data === \"string\") { // Already a string\n\t\t\tdata = options.data;\n\t\t} else { // A hashmap of strings\n\t\t\tresults = [];\n\t\t\t$tw.utils.each(options.data,function(dataItem,dataItemTitle) {\n\t\t\t\tresults.push(dataItemTitle + \"=\" + encodeURIComponent(dataItem));\n\t\t\t});\n\t\t\tdata = results.join(\"&\");\n\t\t}\n\t}\n\t// Set up the state change handler\n\trequest.onreadystatechange = function() {\n\t\tif(this.readyState === 4) {\n\t\t\tif(this.status === 200 || this.status === 201 || this.status === 204) {\n\t\t\t\t// Success!\n\t\t\t\toptions.callback(null,this[returnProp],this);\n\t\t\t\treturn;\n\t\t\t}\n\t\t// Something went wrong\n\t\toptions.callback($tw.language.getString(\"Error/XMLHttpRequest\") + \": \" + this.status);\n\t\t}\n\t};\n\t// Make the request\n\trequest.open(type,options.url,true);\n\tif(headers) {\n\t\t$tw.utils.each(headers,function(header,headerTitle,object) {\n\t\t\trequest.setRequestHeader(headerTitle,header);\n\t\t});\n\t}\n\tif(data && !$tw.utils.hop(headers,\"Content-type\")) {\n\t\trequest.setRequestHeader(\"Content-type\",\"application/x-www-form-urlencoded; charset=UTF-8\");\n\t}\n\ttry {\n\t\trequest.send(data);\n\t} catch(e) {\n\t\toptions.callback(e);\n\t}\n\treturn request;\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/http.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/keyboard.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/keyboard.js\ntype: application/javascript\nmodule-type: utils\n\nKeyboard utilities; now deprecated. Instead, use $tw.keyboardManager\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n[\"parseKeyDescriptor\",\"checkKeyDescriptor\"].forEach(function(method) {\n\texports[method] = function() {\n\t\tif($tw.keyboardManager) {\n\t\t\treturn $tw.keyboardManager[method].apply($tw.keyboardManager,Array.prototype.slice.call(arguments,0));\n\t\t} else {\n\t\t\treturn null\n\t\t}\n\t};\n});\n\n})();\n",
"title": "$:/core/modules/utils/dom/keyboard.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/modal.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/modal.js\ntype: application/javascript\nmodule-type: utils\n\nModal message mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Modal = function(wiki) {\n\tthis.wiki = wiki;\n\tthis.modalCount = 0;\n};\n\n/*\nDisplay a modal dialogue\n\ttitle: Title of tiddler to display\n\toptions: see below\nOptions include:\n\tdownloadLink: Text of a big download link to include\n*/\nModal.prototype.display = function(title,options) {\n\toptions = options || {};\n\tvar self = this,\n\t\trefreshHandler,\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\ttiddler = this.wiki.getTiddler(title);\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Create the wrapper divs\n\tvar wrapper = document.createElement(\"div\"),\n\t\tmodalBackdrop = document.createElement(\"div\"),\n\t\tmodalWrapper = document.createElement(\"div\"),\n\t\tmodalHeader = document.createElement(\"div\"),\n\t\theaderTitle = document.createElement(\"h3\"),\n\t\tmodalBody = document.createElement(\"div\"),\n\t\tmodalLink = document.createElement(\"a\"),\n\t\tmodalFooter = document.createElement(\"div\"),\n\t\tmodalFooterHelp = document.createElement(\"span\"),\n\t\tmodalFooterButtons = document.createElement(\"span\");\n\t// Up the modal count and adjust the body class\n\tthis.modalCount++;\n\tthis.adjustPageClass();\n\t// Add classes\n\t$tw.utils.addClass(wrapper,\"tc-modal-wrapper\");\n\t$tw.utils.addClass(modalBackdrop,\"tc-modal-backdrop\");\n\t$tw.utils.addClass(modalWrapper,\"tc-modal\");\n\t$tw.utils.addClass(modalHeader,\"tc-modal-header\");\n\t$tw.utils.addClass(modalBody,\"tc-modal-body\");\n\t$tw.utils.addClass(modalFooter,\"tc-modal-footer\");\n\t// Join them together\n\twrapper.appendChild(modalBackdrop);\n\twrapper.appendChild(modalWrapper);\n\tmodalHeader.appendChild(headerTitle);\n\tmodalWrapper.appendChild(modalHeader);\n\tmodalWrapper.appendChild(modalBody);\n\tmodalFooter.appendChild(modalFooterHelp);\n\tmodalFooter.appendChild(modalFooterButtons);\n\tmodalWrapper.appendChild(modalFooter);\n\t// Render the title of the message\n\tvar headerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"subtitle\",\n\t\tmode: \"inline\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\tattributes: {\n\t\t\t\ttext: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: title\n\t\t}}}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables,\n\t\timportPageMacros: true\n\t});\n\theaderWidgetNode.render(headerTitle,null);\n\t// Render the body of the message\n\tvar bodyWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables,\n\t\timportPageMacros: true\n\t});\n\tbodyWidgetNode.render(modalBody,null);\n\t// Setup the link if present\n\tif(options.downloadLink) {\n\t\tmodalLink.href = options.downloadLink;\n\t\tmodalLink.appendChild(document.createTextNode(\"Right-click to save changes\"));\n\t\tmodalBody.appendChild(modalLink);\n\t}\n\t// Render the footer of the message\n\tif(tiddler && tiddler.fields && tiddler.fields.help) {\n\t\tvar link = document.createElement(\"a\");\n\t\tlink.setAttribute(\"href\",tiddler.fields.help);\n\t\tlink.setAttribute(\"target\",\"_blank\");\n\t\tlink.setAttribute(\"rel\",\"noopener noreferrer\");\n\t\tlink.appendChild(document.createTextNode(\"Help\"));\n\t\tmodalFooterHelp.appendChild(link);\n\t\tmodalFooterHelp.style.float = \"left\";\n\t}\n\tvar footerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"footer\",\n\t\tmode: \"inline\",\n\t\tchildren: [{\n\t\t\ttype: \"button\",\n\t\t\tattributes: {\n\t\t\t\tmessage: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: \"tm-close-tiddler\"\n\t\t\t\t}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\tattributes: {\n\t\t\t\t\ttext: {\n\t\t\t\t\t\ttype: \"string\",\n\t\t\t\t\t\tvalue: $tw.language.getString(\"Buttons/Close/Caption\")\n\t\t\t}}}\n\t\t]}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables,\n\t\timportPageMacros: true\n\t});\n\tfooterWidgetNode.render(modalFooterButtons,null);\n\t// Set up the refresh handler\n\trefreshHandler = function(changes) {\n\t\theaderWidgetNode.refresh(changes,modalHeader,null);\n\t\tbodyWidgetNode.refresh(changes,modalBody,null);\n\t\tfooterWidgetNode.refresh(changes,modalFooterButtons,null);\n\t};\n\tthis.wiki.addEventListener(\"change\",refreshHandler);\n\t// Add the close event handler\n\tvar closeHandler = function(event) {\n\t\t// Remove our refresh handler\n\t\tself.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t// Decrease the modal count and adjust the body class\n\t\tself.modalCount--;\n\t\tself.adjustPageClass();\n\t\t// Force layout and animate the modal message away\n\t\t$tw.utils.forceLayout(modalBackdrop);\n\t\t$tw.utils.forceLayout(modalWrapper);\n\t\t$tw.utils.setStyle(modalBackdrop,[\n\t\t\t{opacity: \"0\"}\n\t\t]);\n\t\t$tw.utils.setStyle(modalWrapper,[\n\t\t\t{transform: \"translateY(\" + window.innerHeight + \"px)\"}\n\t\t]);\n\t\t// Set up an event for the transition end\n\t\twindow.setTimeout(function() {\n\t\t\tif(wrapper.parentNode) {\n\t\t\t\t// Remove the modal message from the DOM\n\t\t\t\tdocument.body.removeChild(wrapper);\n\t\t\t}\n\t\t},duration);\n\t\t// Don't let anyone else handle the tm-close-tiddler message\n\t\treturn false;\n\t};\n\theaderWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tbodyWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tfooterWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\t// Set the initial styles for the message\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-window.innerHeight) + \"px)\"}\n\t]);\n\t// Put the message into the document\n\tdocument.body.appendChild(wrapper);\n\t// Set up animation for the styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{transition: \"opacity \" + duration + \"ms ease-out\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(modalBackdrop);\n\t$tw.utils.forceLayout(modalWrapper);\n\t// Set final animated styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0.7\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n};\n\nModal.prototype.adjustPageClass = function() {\n\tif($tw.pageContainer) {\n\t\t$tw.utils.toggleClass($tw.pageContainer,\"tc-modal-displayed\",this.modalCount > 0);\n\t}\n};\n\nexports.Modal = Modal;\n\n})();\n",
"title": "$:/core/modules/utils/dom/modal.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/notifier.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/notifier.js\ntype: application/javascript\nmodule-type: utils\n\nNotifier mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Notifier = function(wiki) {\n\tthis.wiki = wiki;\n};\n\n/*\nDisplay a notification\n\ttitle: Title of tiddler containing the notification text\n\toptions: see below\nOptions include:\n*/\nNotifier.prototype.display = function(title,options) {\n\toptions = options || {};\n\t// Create the wrapper divs\n\tvar self = this,\n\t\tnotification = document.createElement(\"div\"),\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\trefreshHandler;\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Add classes\n\t$tw.utils.addClass(notification,\"tc-notification\");\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Render the body of the notification\n\tvar widgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables,\n\t\timportPageMacros: true});\n\twidgetNode.render(notification,null);\n\trefreshHandler = function(changes) {\n\t\twidgetNode.refresh(changes,notification,null);\n\t};\n\tthis.wiki.addEventListener(\"change\",refreshHandler);\n\t// Set the initial styles for the notification\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"0\"},\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-window.innerHeight) + \"px)\"},\n\t\t{transition: \"opacity \" + duration + \"ms ease-out, \" + $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Add the notification to the DOM\n\tdocument.body.appendChild(notification);\n\t// Force layout\n\t$tw.utils.forceLayout(notification);\n\t// Set final animated styles\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n\t// Set a timer to remove the notification\n\twindow.setTimeout(function() {\n\t\t// Remove our change event handler\n\t\tself.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t// Force layout and animate the notification away\n\t\t$tw.utils.forceLayout(notification);\n\t\t$tw.utils.setStyle(notification,[\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transform: \"translateX(\" + (notification.offsetWidth) + \"px)\"}\n\t\t]);\n\t\t// Remove the modal message from the DOM once the transition ends\n\t\tsetTimeout(function() {\n\t\t\tif(notification.parentNode) {\n\t\t\t\tdocument.body.removeChild(notification);\n\t\t\t}\n\t\t},duration);\n\t},$tw.config.preferences.notificationDuration);\n};\n\nexports.Notifier = Notifier;\n\n})();\n",
"title": "$:/core/modules/utils/dom/notifier.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/popup.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/popup.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Popup object prototype that manages popups in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreates a Popup object with these options:\n\trootElement: the DOM element to which the popup zapper should be attached\n*/\nvar Popup = function(options) {\n\toptions = options || {};\n\tthis.rootElement = options.rootElement || document.documentElement;\n\tthis.popups = []; // Array of {title:,wiki:,domNode:} objects\n};\n\n/*\nTrigger a popup open or closed. Parameters are in a hashmap:\n\ttitle: title of the tiddler where the popup details are stored\n\tdomNode: dom node to which the popup will be positioned\n\twiki: wiki\n\tforce: if specified, forces the popup state to true or false (instead of toggling it)\n*/\nPopup.prototype.triggerPopup = function(options) {\n\t// Check if this popup is already active\n\tvar index = this.findPopup(options.title);\n\t// Compute the new state\n\tvar state = index === -1;\n\tif(options.force !== undefined) {\n\t\tstate = options.force;\n\t}\n\t// Show or cancel the popup according to the new state\n\tif(state) {\n\t\tthis.show(options);\n\t} else {\n\t\tthis.cancel(index);\n\t}\n};\n\nPopup.prototype.findPopup = function(title) {\n\tvar index = -1;\n\tfor(var t=0; t<this.popups.length; t++) {\n\t\tif(this.popups[t].title === title) {\n\t\t\tindex = t;\n\t\t}\n\t}\n\treturn index;\n};\n\nPopup.prototype.handleEvent = function(event) {\n\tif(event.type === \"click\") {\n\t\t// Find out what was clicked on\n\t\tvar info = this.popupInfo(event.target),\n\t\t\tcancelLevel = info.popupLevel - 1;\n\t\t// Don't remove the level that was clicked on if we clicked on a handle\n\t\tif(info.isHandle) {\n\t\t\tcancelLevel++;\n\t\t}\n\t\t// Cancel\n\t\tthis.cancel(cancelLevel);\n\t}\n};\n\n/*\nFind the popup level containing a DOM node. Returns:\npopupLevel: count of the number of nested popups containing the specified element\nisHandle: true if the specified element is within a popup handle\n*/\nPopup.prototype.popupInfo = function(domNode) {\n\tvar isHandle = false,\n\t\tpopupCount = 0,\n\t\tnode = domNode;\n\t// First check ancestors to see if we're within a popup handle\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup-handle\")) {\n\t\t\tisHandle = true;\n\t\t\tpopupCount++;\n\t\t}\n\t\tif($tw.utils.hasClass(node,\"tc-popup-keep\")) {\n\t\t\tisHandle = true;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\t// Then count the number of ancestor popups\n\tnode = domNode;\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup\")) {\n\t\t\tpopupCount++;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\tvar info = {\n\t\tpopupLevel: popupCount,\n\t\tisHandle: isHandle\n\t};\n\treturn info;\n};\n\n/*\nDisplay a popup by adding it to the stack\n*/\nPopup.prototype.show = function(options) {\n\t// Find out what was clicked on\n\tvar info = this.popupInfo(options.domNode);\n\t// Cancel any higher level popups\n\tthis.cancel(info.popupLevel);\n\t// Store the popup details if not already there\n\tif(this.findPopup(options.title) === -1) {\n\t\tthis.popups.push({\n\t\t\ttitle: options.title,\n\t\t\twiki: options.wiki,\n\t\t\tdomNode: options.domNode\n\t\t});\n\t}\n\t// Set the state tiddler\n\toptions.wiki.setTextReference(options.title,\n\t\t\t\"(\" + options.domNode.offsetLeft + \",\" + options.domNode.offsetTop + \",\" + \n\t\t\t\toptions.domNode.offsetWidth + \",\" + options.domNode.offsetHeight + \")\");\n\t// Add the click handler if we have any popups\n\tif(this.popups.length > 0) {\n\t\tthis.rootElement.addEventListener(\"click\",this,true);\t\t\n\t}\n};\n\n/*\nCancel all popups at or above a specified level or DOM node\nlevel: popup level to cancel (0 cancels all popups)\n*/\nPopup.prototype.cancel = function(level) {\n\tvar numPopups = this.popups.length;\n\tlevel = Math.max(0,Math.min(level,numPopups));\n\tfor(var t=level; t<numPopups; t++) {\n\t\tvar popup = this.popups.pop();\n\t\tif(popup.title) {\n\t\t\tpopup.wiki.deleteTiddler(popup.title);\n\t\t}\n\t}\n\tif(this.popups.length === 0) {\n\t\tthis.rootElement.removeEventListener(\"click\",this,false);\n\t}\n};\n\n/*\nReturns true if the specified title and text identifies an active popup\n*/\nPopup.prototype.readPopupState = function(text) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/;\n\treturn popupLocationRegExp.test(text);\n};\n\nexports.Popup = Popup;\n\n})();\n",
"title": "$:/core/modules/utils/dom/popup.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/scroller.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/scroller.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Scroller object prototype that manages scrolling in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nEvent handler for when the `tm-scroll` event hits the document body\n*/\nvar PageScroller = function() {\n\tthis.idRequestFrame = null;\n\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\twindow.webkitRequestAnimationFrame ||\n\t\twindow.mozRequestAnimationFrame ||\n\t\tfunction(callback) {\n\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t};\n\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\twindow.webkitCancelAnimationFrame ||\n\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\twindow.mozCancelAnimationFrame ||\n\t\twindow.mozCancelRequestAnimationFrame ||\n\t\tfunction(id) {\n\t\t\twindow.clearTimeout(id);\n\t\t};\n};\n\nPageScroller.prototype.cancelScroll = function() {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(window,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle an event\n*/\nPageScroller.prototype.handleEvent = function(event) {\n\tif(event.type === \"tm-scroll\") {\n\t\treturn this.scrollIntoView(event.target);\n\t}\n\treturn true;\n};\n\n/*\nHandle a scroll event hitting the page document\n*/\nPageScroller.prototype.scrollIntoView = function(element) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\t// Now get ready to scroll the body\n\tthis.cancelScroll();\n\tthis.startTime = Date.now();\n\tvar scrollPosition = $tw.utils.getScrollPosition();\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar clientBounds = element.getBoundingClientRect(),\n\t\tbounds = {\n\t\t\tleft: clientBounds.left + scrollPosition.x,\n\t\t\ttop: clientBounds.top + scrollPosition.y,\n\t\t\twidth: clientBounds.width,\n\t\t\theight: clientBounds.height\n\t\t};\n\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\t// targetPos/targetSize - position and size of the target element\n\t// currentPos/currentSize - position and size of the current scroll viewport\n\t// returns: new position of the scroll viewport\n\tvar getEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\tvar newPos = currentPos;\n\t\t\t// If the target is above/left of the current view, then scroll to it's top/left\n\t\t\tif(targetPos <= currentPos) {\n\t\t\t\tnewPos = targetPos;\n\t\t\t// If the target is smaller than the window and the scroll position is too far up, then scroll till the target is at the bottom of the window\n\t\t\t} else if(targetSize < currentSize && currentPos < (targetPos + targetSize - currentSize)) {\n\t\t\t\tnewPos = targetPos + targetSize - currentSize;\n\t\t\t// If the target is big, then just scroll to the top\n\t\t\t} else if(currentPos < targetPos) {\n\t\t\t\tnewPos = targetPos;\n\t\t\t// Otherwise, stay where we are\n\t\t\t} else {\n\t\t\t\tnewPos = currentPos;\n\t\t\t}\n\t\t\t// If we are scrolling within 50 pixels of the top/left then snap to zero\n\t\t\tif(newPos < 50) {\n\t\t\t\tnewPos = 0;\n\t\t\t}\n\t\t\treturn newPos;\n\t\t},\n\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,window.innerWidth),\n\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,window.innerHeight);\n\t// Only scroll if the position has changed\n\tif(endX !== scrollPosition.x || endY !== scrollPosition.y) {\n\t\tvar self = this,\n\t\t\tdrawFrame;\n\t\tdrawFrame = function () {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll();\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\twindow.scrollTo(scrollPosition.x + (endX - scrollPosition.x) * t,scrollPosition.y + (endY - scrollPosition.y) * t);\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(window,drawFrame);\n\t\t\t}\n\t\t};\n\t\tdrawFrame();\n\t}\n};\n\nexports.PageScroller = PageScroller;\n\n})();\n",
"title": "$:/core/modules/utils/dom/scroller.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/edition-info.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/edition-info.js\ntype: application/javascript\nmodule-type: utils-node\n\nInformation about the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\nvar editionInfo;\n\nexports.getEditionInfo = function() {\n\tif(!editionInfo) {\n\t\t// Enumerate the edition paths\n\t\tvar editionPaths = $tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar);\n\t\teditionInfo = {};\n\t\tfor(var editionIndex=0; editionIndex<editionPaths.length; editionIndex++) {\n\t\t\tvar editionPath = editionPaths[editionIndex];\n\t\t\t// Enumerate the folders\n\t\t\tvar entries = fs.readdirSync(editionPath);\n\t\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\t\tvar entry = entries[entryIndex];\n\t\t\t\t// Check if directories have a valid tiddlywiki.info\n\t\t\t\tif(!editionInfo[entry] && $tw.utils.isDirectory(path.resolve(editionPath,entry))) {\n\t\t\t\t\tvar info;\n\t\t\t\t\ttry {\n\t\t\t\t\t\tinfo = JSON.parse(fs.readFileSync(path.resolve(editionPath,entry,\"tiddlywiki.info\"),\"utf8\"));\n\t\t\t\t\t} catch(ex) {\n\t\t\t\t\t}\n\t\t\t\t\tif(info) {\n\t\t\t\t\t\teditionInfo[entry] = info;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\treturn editionInfo;\n};\n\n})();\n",
"title": "$:/core/modules/utils/edition-info.js",
"type": "application/javascript",
"module-type": "utils-node"
},
"$:/core/modules/utils/fakedom.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/fakedom.js\ntype: application/javascript\nmodule-type: global\n\nA barebones implementation of DOM interfaces needed by the rendering mechanism.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Sequence number used to enable us to track objects for testing\nvar sequenceNumber = null;\n\nvar bumpSequenceNumber = function(object) {\n\tif(sequenceNumber !== null) {\n\t\tobject.sequenceNumber = sequenceNumber++;\n\t}\n};\n\nvar TW_TextNode = function(text) {\n\tbumpSequenceNumber(this);\n\tthis.textContent = text + \"\";\n};\n\nObject.defineProperty(TW_TextNode.prototype, \"nodeType\", {\n\tget: function() {\n\t\treturn 3;\n\t}\n});\n\nObject.defineProperty(TW_TextNode.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\treturn this.textContent.replace(/(\\r?\\n)/g,\"\");\n\t}\n});\n\nvar TW_Element = function(tag,namespace) {\n\tbumpSequenceNumber(this);\n\tthis.isTiddlyWikiFakeDom = true;\n\tthis.tag = tag;\n\tthis.attributes = {};\n\tthis.isRaw = false;\n\tthis.children = [];\n\tthis.style = {};\n\tthis.namespaceURI = namespace || \"http://www.w3.org/1999/xhtml\";\n};\n\nObject.defineProperty(TW_Element.prototype, \"nodeType\", {\n\tget: function() {\n\t\treturn 1;\n\t}\n});\n\nTW_Element.prototype.getAttribute = function(name) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot getAttribute on a raw TW_Element\";\n\t}\n\treturn this.attributes[name];\n};\n\nTW_Element.prototype.setAttribute = function(name,value) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot setAttribute on a raw TW_Element\";\n\t}\n\tthis.attributes[name] = value + \"\";\n};\n\nTW_Element.prototype.setAttributeNS = function(namespace,name,value) {\n\tthis.setAttribute(name,value);\n};\n\nTW_Element.prototype.removeAttribute = function(name) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot removeAttribute on a raw TW_Element\";\n\t}\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\tdelete this.attributes[name];\n\t}\n};\n\nTW_Element.prototype.appendChild = function(node) {\n\tthis.children.push(node);\n\tnode.parentNode = this;\n};\n\nTW_Element.prototype.insertBefore = function(node,nextSibling) {\n\tif(nextSibling) {\n\t\tvar p = this.children.indexOf(nextSibling);\n\t\tif(p !== -1) {\n\t\t\tthis.children.splice(p,0,node);\n\t\t\tnode.parentNode = this;\n\t\t} else {\n\t\t\tthis.appendChild(node);\n\t\t}\n\t} else {\n\t\tthis.appendChild(node);\n\t}\n};\n\nTW_Element.prototype.removeChild = function(node) {\n\tvar p = this.children.indexOf(node);\n\tif(p !== -1) {\n\t\tthis.children.splice(p,1);\n\t}\n};\n\nTW_Element.prototype.hasChildNodes = function() {\n\treturn !!this.children.length;\n};\n\nObject.defineProperty(TW_Element.prototype, \"childNodes\", {\n\tget: function() {\n\t\treturn this.children;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"firstChild\", {\n\tget: function() {\n\t\treturn this.children[0];\n\t}\n});\n\nTW_Element.prototype.addEventListener = function(type,listener,useCapture) {\n\t// Do nothing\n};\n\nObject.defineProperty(TW_Element.prototype, \"tagName\", {\n\tget: function() {\n\t\treturn this.tag || \"\";\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"className\", {\n\tget: function() {\n\t\treturn this.attributes[\"class\"] || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes[\"class\"] = value + \"\";\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"value\", {\n\tget: function() {\n\t\treturn this.attributes.value || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes.value = value + \"\";\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"outerHTML\", {\n\tget: function() {\n\t\tvar output = [],attr,a,v;\n\t\toutput.push(\"<\",this.tag);\n\t\tif(this.attributes) {\n\t\t\tattr = [];\n\t\t\tfor(a in this.attributes) {\n\t\t\t\tattr.push(a);\n\t\t\t}\n\t\t\tattr.sort();\n\t\t\tfor(a=0; a<attr.length; a++) {\n\t\t\t\tv = this.attributes[attr[a]];\n\t\t\t\tif(v !== undefined) {\n\t\t\t\t\toutput.push(\" \",attr[a],\"=\\\"\",$tw.utils.htmlEncode(v),\"\\\"\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(this.style) {\n\t\t\tvar style = [];\n\t\t\tfor(var s in this.style) {\n\t\t\t\tstyle.push(s + \":\" + this.style[s] + \";\");\n\t\t\t}\n\t\t\tif(style.length > 0) {\n\t\t\t\toutput.push(\" style=\\\"\",style.join(\"\"),\"\\\"\")\n\t\t\t}\n\t\t}\n\t\toutput.push(\">\");\n\t\tif($tw.config.htmlVoidElements.indexOf(this.tag) === -1) {\n\t\t\toutput.push(this.innerHTML);\n\t\t\toutput.push(\"</\",this.tag,\">\");\n\t\t}\n\t\treturn output.join(\"\");\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"innerHTML\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\treturn this.rawHTML;\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tif(node instanceof TW_Element) {\n\t\t\t\t\tb.push(node.outerHTML);\n\t\t\t\t} else if(node instanceof TW_TextNode) {\n\t\t\t\t\tb.push($tw.utils.htmlEncode(node.textContent));\n\t\t\t\t}\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.isRaw = true;\n\t\tthis.rawHTML = value;\n\t\tthis.rawTextContent = null;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"textInnerHTML\", {\n\tset: function(value) {\n\t\tif(this.isRaw) {\n\t\t\tthis.rawTextContent = value;\n\t\t} else {\n\t\t\tthrow \"Cannot set textInnerHTML of a non-raw TW_Element\";\n\t\t}\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"textContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\tif(this.rawTextContent === null) {\n\t\t\t\tconsole.log(booboo)\n\t\t\t\tthrow \"Cannot get textContent on a raw TW_Element\";\t\t\t\t\n\t\t\t} else {\n\t\t\t\treturn this.rawTextContent;\n\t\t\t}\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.textContent);\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.children = [new TW_TextNode(value)];\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\tthrow \"Cannot get formattedTextContent on a raw TW_Element\";\n\t\t} else {\n\t\t\tvar b = [],\n\t\t\t\tisBlock = $tw.config.htmlBlockElements.indexOf(this.tag) !== -1;\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\tif(this.tag === \"li\") {\n\t\t\t\tb.push(\"* \");\n\t\t\t}\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.formattedTextContent);\n\t\t\t});\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\treturn b.join(\"\");\n\t\t}\n\t}\n});\n\nvar document = {\n\tsetSequenceNumber: function(value) {\n\t\tsequenceNumber = value;\n\t},\n\tcreateElementNS: function(namespace,tag) {\n\t\treturn new TW_Element(tag,namespace);\n\t},\n\tcreateElement: function(tag) {\n\t\treturn new TW_Element(tag);\n\t},\n\tcreateTextNode: function(text) {\n\t\treturn new TW_TextNode(text);\n\t},\n\tcompatMode: \"CSS1Compat\", // For KaTeX to know that we're not a browser in quirks mode\n\tisTiddlyWikiFakeDom: true\n};\n\nexports.fakeDocument = document;\n\n})();\n",
"title": "$:/core/modules/utils/fakedom.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/utils/filesystem.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/filesystem.js\ntype: application/javascript\nmodule-type: utils-node\n\nFile system utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\n/*\nRecursively (and synchronously) copy a directory and all its content\n*/\nexports.copyDirectory = function(srcPath,dstPath) {\n\t// Remove any trailing path separators\n\tsrcPath = $tw.utils.removeTrailingSeparator(srcPath);\n\tdstPath = $tw.utils.removeTrailingSeparator(dstPath);\n\t// Create the destination directory\n\tvar err = $tw.utils.createDirectory(dstPath);\n\tif(err) {\n\t\treturn err;\n\t}\n\t// Function to copy a folder full of files\n\tvar copy = function(srcPath,dstPath) {\n\t\tvar srcStats = fs.lstatSync(srcPath),\n\t\t\tdstExists = fs.existsSync(dstPath);\n\t\tif(srcStats.isFile()) {\n\t\t\t$tw.utils.copyFile(srcPath,dstPath);\n\t\t} else if(srcStats.isDirectory()) {\n\t\t\tvar items = fs.readdirSync(srcPath);\n\t\t\tfor(var t=0; t<items.length; t++) {\n\t\t\t\tvar item = items[t],\n\t\t\t\t\terr = copy(srcPath + path.sep + item,dstPath + path.sep + item);\n\t\t\t\tif(err) {\n\t\t\t\t\treturn err;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t};\n\tcopy(srcPath,dstPath);\n\treturn null;\n};\n\n/*\nCopy a file\n*/\nvar FILE_BUFFER_LENGTH = 64 * 1024,\n\tfileBuffer;\n\nexports.copyFile = function(srcPath,dstPath) {\n\t// Create buffer if required\n\tif(!fileBuffer) {\n\t\tfileBuffer = new Buffer(FILE_BUFFER_LENGTH);\n\t}\n\t// Create any directories in the destination\n\t$tw.utils.createDirectory(path.dirname(dstPath));\n\t// Copy the file\n\tvar srcFile = fs.openSync(srcPath,\"r\"),\n\t\tdstFile = fs.openSync(dstPath,\"w\"),\n\t\tbytesRead = 1,\n\t\tpos = 0;\n\twhile (bytesRead > 0) {\n\t\tbytesRead = fs.readSync(srcFile,fileBuffer,0,FILE_BUFFER_LENGTH,pos);\n\t\tfs.writeSync(dstFile,fileBuffer,0,bytesRead);\n\t\tpos += bytesRead;\n\t}\n\tfs.closeSync(srcFile);\n\tfs.closeSync(dstFile);\n\treturn null;\n};\n\n/*\nRemove trailing path separator\n*/\nexports.removeTrailingSeparator = function(dirPath) {\n\tvar len = dirPath.length;\n\tif(dirPath.charAt(len-1) === path.sep) {\n\t\tdirPath = dirPath.substr(0,len-1);\n\t}\n\treturn dirPath;\n};\n\n/*\nRecursively create a directory\n*/\nexports.createDirectory = function(dirPath) {\n\tif(dirPath.substr(dirPath.length-1,1) !== path.sep) {\n\t\tdirPath = dirPath + path.sep;\n\t}\n\tvar pos = 1;\n\tpos = dirPath.indexOf(path.sep,pos);\n\twhile(pos !== -1) {\n\t\tvar subDirPath = dirPath.substr(0,pos);\n\t\tif(!$tw.utils.isDirectory(subDirPath)) {\n\t\t\ttry {\n\t\t\t\tfs.mkdirSync(subDirPath);\n\t\t\t} catch(e) {\n\t\t\t\treturn \"Error creating directory '\" + subDirPath + \"'\";\n\t\t\t}\n\t\t}\n\t\tpos = dirPath.indexOf(path.sep,pos + 1);\n\t}\n\treturn null;\n};\n\n/*\nRecursively create directories needed to contain a specified file\n*/\nexports.createFileDirectories = function(filePath) {\n\treturn $tw.utils.createDirectory(path.dirname(filePath));\n};\n\n/*\nRecursively delete a directory\n*/\nexports.deleteDirectory = function(dirPath) {\n\tif(fs.existsSync(dirPath)) {\n\t\tvar entries = fs.readdirSync(dirPath);\n\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\tvar currPath = dirPath + path.sep + entries[entryIndex];\n\t\t\tif(fs.lstatSync(currPath).isDirectory()) {\n\t\t\t\t$tw.utils.deleteDirectory(currPath);\n\t\t\t} else {\n\t\t\t\tfs.unlinkSync(currPath);\n\t\t\t}\n\t\t}\n\tfs.rmdirSync(dirPath);\n\t}\n\treturn null;\n};\n\n/*\nCheck if a path identifies a directory\n*/\nexports.isDirectory = function(dirPath) {\n\treturn fs.existsSync(dirPath) && fs.statSync(dirPath).isDirectory();\n};\n\n/*\nCheck if a path identifies a directory that is empty\n*/\nexports.isDirectoryEmpty = function(dirPath) {\n\tif(!$tw.utils.isDirectory(dirPath)) {\n\t\treturn false;\n\t}\n\tvar files = fs.readdirSync(dirPath),\n\t\tempty = true;\n\t$tw.utils.each(files,function(file,index) {\n\t\tif(file.charAt(0) !== \".\") {\n\t\t\tempty = false;\n\t\t}\n\t});\n\treturn empty;\n};\n\n/*\nRecursively delete a tree of empty directories\n*/\nexports.deleteEmptyDirs = function(dirpath,callback) {\n\tvar self = this;\n\tfs.readdir(dirpath,function(err,files) {\n\t\tif(err) {\n\t\t\treturn callback(err);\n\t\t}\n\t\tif(files.length > 0) {\n\t\t\treturn callback(null);\n\t\t}\n\t\tfs.rmdir(dirpath,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tself.deleteEmptyDirs(path.dirname(dirpath),callback);\n\t\t});\n\t});\n};\n\n})();\n",
"title": "$:/core/modules/utils/filesystem.js",
"type": "application/javascript",
"module-type": "utils-node"
},
"$:/core/modules/utils/logger.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/logger.js\ntype: application/javascript\nmodule-type: utils\n\nA basic logging implementation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ALERT_TAG = \"$:/tags/Alert\";\n\n/*\nMake a new logger\n*/\nfunction Logger(componentName) {\n\tthis.componentName = componentName || \"\";\n}\n\n/*\nLog a message\n*/\nLogger.prototype.log = function(/* args */) {\n\tif(console !== undefined && console.log !== undefined) {\n\t\treturn Function.apply.call(console.log, console, [this.componentName + \":\"].concat(Array.prototype.slice.call(arguments,0)));\n\t}\n};\n\n/*\nAlert a message\n*/\nLogger.prototype.alert = function(/* args */) {\n\t// Prepare the text of the alert\n\tvar text = Array.prototype.join.call(arguments,\" \");\n\t// Create alert tiddlers in the browser\n\tif($tw.browser) {\n\t\t// Check if there is an existing alert with the same text and the same component\n\t\tvar existingAlerts = $tw.wiki.getTiddlersWithTag(ALERT_TAG),\n\t\t\talertFields,\n\t\t\texistingCount,\n\t\t\tself = this;\n\t\t$tw.utils.each(existingAlerts,function(title) {\n\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\tif(tiddler.fields.text === text && tiddler.fields.component === self.componentName && tiddler.fields.modified && (!alertFields || tiddler.fields.modified < alertFields.modified)) {\n\t\t\t\t\talertFields = $tw.utils.extend({},tiddler.fields);\n\t\t\t}\n\t\t});\n\t\tif(alertFields) {\n\t\t\texistingCount = alertFields.count || 1;\n\t\t} else {\n\t\t\talertFields = {\n\t\t\t\ttitle: $tw.wiki.generateNewTitle(\"$:/temp/alerts/alert\",{prefix: \"\"}),\n\t\t\t\ttext: text,\n\t\t\t\ttags: [ALERT_TAG],\n\t\t\t\tcomponent: this.componentName\n\t\t\t};\n\t\t\texistingCount = 0;\n\t\t}\n\t\talertFields.modified = new Date();\n\t\tif(++existingCount > 1) {\n\t\t\talertFields.count = existingCount;\n\t\t} else {\n\t\t\talertFields.count = undefined;\n\t\t}\n\t\t$tw.wiki.addTiddler(new $tw.Tiddler(alertFields));\n\t\t// Log the alert as well\n\t\tthis.log.apply(this,Array.prototype.slice.call(arguments,0));\n\t} else {\n\t\t// Print an orange message to the console if not in the browser\n\t\tconsole.error(\"\\x1b[1;33m\" + text + \"\\x1b[0m\");\n\t}\n};\n\nexports.Logger = Logger;\n\n})();\n",
"title": "$:/core/modules/utils/logger.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/parsetree.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/parsetree.js\ntype: application/javascript\nmodule-type: utils\n\nParse tree utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.addAttributeToParseTreeNode = function(node,name,value) {\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[name] = {type: \"string\", value: value};\n};\n\nexports.getAttributeValueFromParseTreeNode = function(node,name,defaultValue) {\n\tif(node.attributes && node.attributes[name] && node.attributes[name].value !== undefined) {\n\t\treturn node.attributes[name].value;\n\t}\n\treturn defaultValue;\n};\n\nexports.addClassToParseTreeNode = function(node,classString) {\n\tvar classes = [];\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[\"class\"] = node.attributes[\"class\"] || {type: \"string\", value: \"\"};\n\tif(node.attributes[\"class\"].type === \"string\") {\n\t\tif(node.attributes[\"class\"].value !== \"\") {\n\t\t\tclasses = node.attributes[\"class\"].value.split(\" \");\n\t\t}\n\t\tif(classString !== \"\") {\n\t\t\t$tw.utils.pushTop(classes,classString.split(\" \"));\n\t\t}\n\t\tnode.attributes[\"class\"].value = classes.join(\" \");\n\t}\n};\n\nexports.addStyleToParseTreeNode = function(node,name,value) {\n\t\tnode.attributes = node.attributes || {};\n\t\tnode.attributes.style = node.attributes.style || {type: \"string\", value: \"\"};\n\t\tif(node.attributes.style.type === \"string\") {\n\t\t\tnode.attributes.style.value += name + \":\" + value + \";\";\n\t\t}\n};\n\nexports.findParseTreeNode = function(nodeArray,search) {\n\tfor(var t=0; t<nodeArray.length; t++) {\n\t\tif(nodeArray[t].type === search.type && nodeArray[t].tag === search.tag) {\n\t\t\treturn nodeArray[t];\n\t\t}\n\t}\n\treturn undefined;\n};\n\n/*\nHelper to get the text of a parse tree node or array of nodes\n*/\nexports.getParseTreeText = function getParseTreeText(tree) {\n\tvar output = [];\n\tif($tw.utils.isArray(tree)) {\n\t\t$tw.utils.each(tree,function(node) {\n\t\t\toutput.push(getParseTreeText(node));\n\t\t});\n\t} else {\n\t\tif(tree.type === \"text\") {\n\t\t\toutput.push(tree.text);\n\t\t}\n\t\tif(tree.children) {\n\t\t\treturn getParseTreeText(tree.children);\n\t\t}\n\t}\n\treturn output.join(\"\");\n};\n\n})();\n",
"title": "$:/core/modules/utils/parsetree.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/performance.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/performance.js\ntype: application/javascript\nmodule-type: global\n\nPerformance measurement.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Performance(enabled) {\n\tthis.enabled = !!enabled;\n\tthis.measures = {}; // Hashmap of current values of measurements\n\tthis.logger = new $tw.utils.Logger(\"performance\");\n}\n\n/*\nWrap performance reporting around a top level function\n*/\nPerformance.prototype.report = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tself.measures = {};\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments);\n\t\t\tself.logger.log(name + \": \" + $tw.utils.timer(startTime).toFixed(2) + \"ms\");\n\t\t\tfor(var m in self.measures) {\n\t\t\t\tself.logger.log(\"+\" + m + \": \" + self.measures[m].toFixed(2) + \"ms\");\n\t\t\t}\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\n/*\nWrap performance measurements around a subfunction\n*/\nPerformance.prototype.measure = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments),\n\t\t\t\tvalue = self.measures[name] || 0;\n\t\t\tself.measures[name] = value + $tw.utils.timer(startTime);\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\nexports.Performance = Performance;\n\n})();\n",
"title": "$:/core/modules/utils/performance.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/utils/pluginmaker.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/pluginmaker.js\ntype: application/javascript\nmodule-type: utils\n\nA quick and dirty way to pack up plugins within the browser.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRepack a plugin, and then delete any non-shadow payload tiddlers\n*/\nexports.repackPlugin = function(title,additionalTiddlers,excludeTiddlers) {\n\tadditionalTiddlers = additionalTiddlers || [];\n\texcludeTiddlers = excludeTiddlers || [];\n\t// Get the plugin tiddler\n\tvar pluginTiddler = $tw.wiki.getTiddler(title);\n\tif(!pluginTiddler) {\n\t\tthrow \"No such tiddler as \" + title;\n\t}\n\t// Extract the JSON\n\tvar jsonPluginTiddler;\n\ttry {\n\t\tjsonPluginTiddler = JSON.parse(pluginTiddler.fields.text);\n\t} catch(e) {\n\t\tthrow \"Cannot parse plugin tiddler \" + title + \"\\n\" + $tw.language.getString(\"Error/Caption\") + \": \" + e;\n\t}\n\t// Get the list of tiddlers\n\tvar tiddlers = Object.keys(jsonPluginTiddler.tiddlers);\n\t// Add the additional tiddlers\n\t$tw.utils.pushTop(tiddlers,additionalTiddlers);\n\t// Remove any excluded tiddlers\n\tfor(var t=tiddlers.length-1; t>=0; t--) {\n\t\tif(excludeTiddlers.indexOf(tiddlers[t]) !== -1) {\n\t\t\ttiddlers.splice(t,1);\n\t\t}\n\t}\n\t// Pack up the tiddlers into a block of JSON\n\tvar plugins = {};\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = $tw.wiki.getTiddler(title),\n\t\t\tfields = {};\n\t\t$tw.utils.each(tiddler.fields,function (value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\tplugins[title] = fields;\n\t});\n\t// Retrieve and bump the version number\n\tvar pluginVersion = $tw.utils.parseVersion(pluginTiddler.getFieldString(\"version\") || \"0.0.0\") || {\n\t\t\tmajor: \"0\",\n\t\t\tminor: \"0\",\n\t\t\tpatch: \"0\"\n\t\t};\n\tpluginVersion.patch++;\n\tvar version = pluginVersion.major + \".\" + pluginVersion.minor + \".\" + pluginVersion.patch;\n\tif(pluginVersion.prerelease) {\n\t\tversion += \"-\" + pluginVersion.prerelease;\n\t}\n\tif(pluginVersion.build) {\n\t\tversion += \"+\" + pluginVersion.build;\n\t}\n\t// Save the tiddler\n\t$tw.wiki.addTiddler(new $tw.Tiddler(pluginTiddler,{text: JSON.stringify({tiddlers: plugins},null,4), version: version}));\n\t// Delete any non-shadow constituent tiddlers\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tif($tw.wiki.tiddlerExists(title)) {\n\t\t\t$tw.wiki.deleteTiddler(title);\n\t\t}\n\t});\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t// Return a heartwarming confirmation\n\treturn \"Plugin \" + title + \" successfully saved\";\n};\n\n})();\n",
"title": "$:/core/modules/utils/pluginmaker.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/utils.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/utils.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDisplay a warning, in colour if we're on a terminal\n*/\nexports.warning = function(text) {\n\tconsole.log($tw.node ? \"\\x1b[1;33m\" + text + \"\\x1b[0m\" : text);\n};\n\n/*\nRepeatedly replaces a substring within a string. Like String.prototype.replace, but without any of the default special handling of $ sequences in the replace string\n*/\nexports.replaceString = function(text,search,replace) {\n\treturn text.replace(search,function() {\n\t\treturn replace;\n\t});\n};\n\n/*\nRepeats a string\n*/\nexports.repeat = function(str,count) {\n\tvar result = \"\";\n\tfor(var t=0;t<count;t++) {\n\t\tresult += str;\n\t}\n\treturn result;\n};\n\n/*\nTrim whitespace from the start and end of a string\nThanks to Steven Levithan, http://blog.stevenlevithan.com/archives/faster-trim-javascript\n*/\nexports.trim = function(str) {\n\tif(typeof str === \"string\") {\n\t\treturn str.replace(/^\\s\\s*/, '').replace(/\\s\\s*$/, '');\n\t} else {\n\t\treturn str;\n\t}\n};\n\n/*\nFind the line break preceding a given position in a string\nReturns position immediately after that line break, or the start of the string\n*/\nexports.findPrecedingLineBreak = function(text,pos) {\n\tvar result = text.lastIndexOf(\"\\n\",pos - 1);\n\tif(result === -1) {\n\t\tresult = 0;\n\t} else {\n\t\tresult++;\n\t\tif(text.charAt(result) === \"\\r\") {\n\t\t\tresult++;\n\t\t}\n\t}\n\treturn result;\n};\n\n/*\nFind the line break following a given position in a string\n*/\nexports.findFollowingLineBreak = function(text,pos) {\n\t// Cut to just past the following line break, or to the end of the text\n\tvar result = text.indexOf(\"\\n\",pos);\n\tif(result === -1) {\n\t\tresult = text.length;\n\t} else {\n\t\tif(text.charAt(result) === \"\\r\") {\n\t\t\tresult++;\n\t\t}\n\t}\n\treturn result;\n};\n\n/*\nReturn the number of keys in an object\n*/\nexports.count = function(object) {\n\treturn Object.keys(object || {}).length;\n};\n\n/*\nCheck if an array is equal by value and by reference.\n*/\nexports.isArrayEqual = function(array1,array2) {\n\tif(array1 === array2) {\n\t\treturn true;\n\t}\n\tarray1 = array1 || [];\n\tarray2 = array2 || [];\n\tif(array1.length !== array2.length) {\n\t\treturn false;\n\t}\n\treturn array1.every(function(value,index) {\n\t\treturn value === array2[index];\n\t});\n};\n\n/*\nPush entries onto an array, removing them first if they already exist in the array\n\tarray: array to modify (assumed to be free of duplicates)\n\tvalue: a single value to push or an array of values to push\n*/\nexports.pushTop = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\t// Remove any array entries that are duplicated in the new values\n\t\tif(value.length !== 0) {\n\t\t\tif(array.length !== 0) {\n\t\t\t\tif(value.length < array.length) {\n\t\t\t\t\tfor(t=0; t<value.length; t++) {\n\t\t\t\t\t\tp = array.indexOf(value[t]);\n\t\t\t\t\t\tif(p !== -1) {\n\t\t\t\t\t\t\tarray.splice(p,1);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tfor(t=array.length-1; t>=0; t--) {\n\t\t\t\t\t\tp = value.indexOf(array[t]);\n\t\t\t\t\t\tif(p !== -1) {\n\t\t\t\t\t\t\tarray.splice(t,1);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Push the values on top of the main array\n\t\t\tarray.push.apply(array,value);\n\t\t}\n\t} else {\n\t\tp = array.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tarray.splice(p,1);\n\t\t}\n\t\tarray.push(value);\n\t}\n\treturn array;\n};\n\n/*\nRemove entries from an array\n\tarray: array to modify\n\tvalue: a single value to remove, or an array of values to remove\n*/\nexports.removeArrayEntries = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\tfor(t=0; t<value.length; t++) {\n\t\t\tp = array.indexOf(value[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tarray.splice(p,1);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tp = array.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tarray.splice(p,1);\n\t\t}\n\t}\n};\n\n/*\nCheck whether any members of a hashmap are present in another hashmap\n*/\nexports.checkDependencies = function(dependencies,changes) {\n\tvar hit = false;\n\t$tw.utils.each(changes,function(change,title) {\n\t\tif($tw.utils.hop(dependencies,title)) {\n\t\t\thit = true;\n\t\t}\n\t});\n\treturn hit;\n};\n\nexports.extend = function(object /* [, src] */) {\n\t$tw.utils.each(Array.prototype.slice.call(arguments, 1), function(source) {\n\t\tif(source) {\n\t\t\tfor(var property in source) {\n\t\t\t\tobject[property] = source[property];\n\t\t\t}\n\t\t}\n\t});\n\treturn object;\n};\n\nexports.deepCopy = function(object) {\n\tvar result,t;\n\tif($tw.utils.isArray(object)) {\n\t\t// Copy arrays\n\t\tresult = object.slice(0);\n\t} else if(typeof object === \"object\") {\n\t\tresult = {};\n\t\tfor(t in object) {\n\t\t\tif(object[t] !== undefined) {\n\t\t\t\tresult[t] = $tw.utils.deepCopy(object[t]);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tresult = object;\n\t}\n\treturn result;\n};\n\nexports.extendDeepCopy = function(object,extendedProperties) {\n\tvar result = $tw.utils.deepCopy(object),t;\n\tfor(t in extendedProperties) {\n\t\tif(extendedProperties[t] !== undefined) {\n\t\t\tresult[t] = $tw.utils.deepCopy(extendedProperties[t]);\n\t\t}\n\t}\n\treturn result;\n};\n\nexports.deepFreeze = function deepFreeze(object) {\n\tvar property, key;\n\tif(object) {\n\t\tObject.freeze(object);\n\t\tfor(key in object) {\n\t\t\tproperty = object[key];\n\t\t\tif($tw.utils.hop(object,key) && (typeof property === \"object\") && !Object.isFrozen(property)) {\n\t\t\t\tdeepFreeze(property);\n\t\t\t}\n\t\t}\n\t}\n};\n\nexports.slowInSlowOut = function(t) {\n\treturn (1 - ((Math.cos(t * Math.PI) + 1) / 2));\n};\n\nexports.formatDateString = function(date,template) {\n\tvar result = \"\",\n\t\tt = template,\n\t\tmatches = [\n\t\t\t[/^0hh12/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getHours12(date));\n\t\t\t}],\n\t\t\t[/^wYYYY/, function() {\n\t\t\t\treturn $tw.utils.getYearForWeekNo(date);\n\t\t\t}],\n\t\t\t[/^hh12/, function() {\n\t\t\t\treturn $tw.utils.getHours12(date);\n\t\t\t}],\n\t\t\t[/^DDth/, function() {\n\t\t\t\treturn date.getDate() + $tw.utils.getDaySuffix(date);\n\t\t\t}],\n\t\t\t[/^YYYY/, function() {\n\t\t\t\treturn date.getFullYear();\n\t\t\t}],\n\t\t\t[/^0hh/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getHours());\n\t\t\t}],\n\t\t\t[/^0mm/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMinutes());\n\t\t\t}],\n\t\t\t[/^0ss/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getSeconds());\n\t\t\t}],\n\t\t\t[/^0DD/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getDate());\n\t\t\t}],\n\t\t\t[/^0MM/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMonth()+1);\n\t\t\t}],\n\t\t\t[/^0WW/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getWeek(date));\n\t\t\t}],\n\t\t\t[/^ddd/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^mmm/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^DDD/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^MMM/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^TZD/, function() {\n\t\t\t\tvar tz = date.getTimezoneOffset(),\n\t\t\t\tatz = Math.abs(tz);\n\t\t\t\treturn (tz < 0 ? '+' : '-') + $tw.utils.pad(Math.floor(atz / 60)) + ':' + $tw.utils.pad(atz % 60);\n\t\t\t}],\n\t\t\t[/^wYY/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getYearForWeekNo(date) - 2000);\n\t\t\t}],\n\t\t\t[/^[ap]m/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toLowerCase();\n\t\t\t}],\n\t\t\t[/^hh/, function() {\n\t\t\t\treturn date.getHours();\n\t\t\t}],\n\t\t\t[/^mm/, function() {\n\t\t\t\treturn date.getMinutes();\n\t\t\t}],\n\t\t\t[/^ss/, function() {\n\t\t\t\treturn date.getSeconds();\n\t\t\t}],\n\t\t\t[/^[AP]M/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toUpperCase();\n\t\t\t}],\n\t\t\t[/^DD/, function() {\n\t\t\t\treturn date.getDate();\n\t\t\t}],\n\t\t\t[/^MM/, function() {\n\t\t\t\treturn date.getMonth() + 1;\n\t\t\t}],\n\t\t\t[/^WW/, function() {\n\t\t\t\treturn $tw.utils.getWeek(date);\n\t\t\t}],\n\t\t\t[/^YY/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getFullYear() - 2000);\n\t\t\t}]\n\t\t];\n\twhile(t.length){\n\t\tvar matchString = \"\";\n\t\t$tw.utils.each(matches, function(m) {\n\t\t\tvar match = m[0].exec(t);\n\t\t\tif(match) {\n\t\t\t\tmatchString = m[1].call();\n\t\t\t\tt = t.substr(match[0].length);\n\t\t\t\treturn false;\n\t\t\t}\n\t\t});\n\t\tif(matchString) {\n\t\t\tresult += matchString;\n\t\t} else {\n\t\t\tresult += t.charAt(0);\n\t\t\tt = t.substr(1);\n\t\t}\n\t}\n\tresult = result.replace(/\\\\(.)/g,\"$1\");\n\treturn result;\n};\n\nexports.getAmPm = function(date) {\n\treturn $tw.language.getString(\"Date/Period/\" + (date.getHours() >= 12 ? \"pm\" : \"am\"));\n};\n\nexports.getDaySuffix = function(date) {\n\treturn $tw.language.getString(\"Date/DaySuffix/\" + date.getDate());\n};\n\nexports.getWeek = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week to calculate weekNo\n\tvar x = new Date(dt.getFullYear(),0,1);\n\tvar n = Math.floor((dt.getTime() - x.getTime()) / 86400000);\n\treturn Math.floor(n / 7) + 1;\n};\n\nexports.getYearForWeekNo = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week\n\treturn dt.getFullYear();\n};\n\nexports.getHours12 = function(date) {\n\tvar h = date.getHours();\n\treturn h > 12 ? h-12 : ( h > 0 ? h : 12 );\n};\n\n/*\nConvert a date delta in milliseconds into a string representation of \"23 seconds ago\", \"27 minutes ago\" etc.\n\tdelta: delta in milliseconds\nReturns an object with these members:\n\tdescription: string describing the delta period\n\tupdatePeriod: time in millisecond until the string will be inaccurate\n*/\nexports.getRelativeDate = function(delta) {\n\tvar futurep = false;\n\tif(delta < 0) {\n\t\tdelta = -1 * delta;\n\t\tfuturep = true;\n\t}\n\tvar units = [\n\t\t{name: \"Years\", duration: 365 * 24 * 60 * 60 * 1000},\n\t\t{name: \"Months\", duration: (365/12) * 24 * 60 * 60 * 1000},\n\t\t{name: \"Days\", duration: 24 * 60 * 60 * 1000},\n\t\t{name: \"Hours\", duration: 60 * 60 * 1000},\n\t\t{name: \"Minutes\", duration: 60 * 1000},\n\t\t{name: \"Seconds\", duration: 1000}\n\t];\n\tfor(var t=0; t<units.length; t++) {\n\t\tvar result = Math.floor(delta / units[t].duration);\n\t\tif(result >= 2) {\n\t\t\treturn {\n\t\t\t\tdelta: delta,\n\t\t\t\tdescription: $tw.language.getString(\n\t\t\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/\" + units[t].name,\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{period: result.toString()}\n\t\t\t\t\t}\n\t\t\t\t),\n\t\t\t\tupdatePeriod: units[t].duration\n\t\t\t};\n\t\t}\n\t}\n\treturn {\n\t\tdelta: delta,\n\t\tdescription: $tw.language.getString(\n\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/Second\",\n\t\t\t{variables:\n\t\t\t\t{period: \"1\"}\n\t\t\t}\n\t\t),\n\t\tupdatePeriod: 1000\n\t};\n};\n\n// Convert & to \"&\", < to \"<\", > to \">\", \" to \""\"\nexports.htmlEncode = function(s) {\n\tif(s) {\n\t\treturn s.toString().replace(/&/mg,\"&\").replace(/</mg,\"<\").replace(/>/mg,\">\").replace(/\\\"/mg,\""\");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n// Converts all HTML entities to their character equivalents\nexports.entityDecode = function(s) {\n\tvar converter = String.fromCodePoint || String.fromCharCode,\n\t\te = s.substr(1,s.length-2); // Strip the & and the ;\n\tif(e.charAt(0) === \"#\") {\n\t\tif(e.charAt(1) === \"x\" || e.charAt(1) === \"X\") {\n\t\t\treturn converter(parseInt(e.substr(2),16));\t\n\t\t} else {\n\t\t\treturn converter(parseInt(e.substr(1),10));\n\t\t}\n\t} else {\n\t\tvar c = $tw.config.htmlEntities[e];\n\t\tif(c) {\n\t\t\treturn converter(c);\n\t\t} else {\n\t\t\treturn s; // Couldn't convert it as an entity, just return it raw\n\t\t}\n\t}\n};\n\nexports.unescapeLineBreaks = function(s) {\n\treturn s.replace(/\\\\n/mg,\"\\n\").replace(/\\\\b/mg,\" \").replace(/\\\\s/mg,\"\\\\\").replace(/\\r/mg,\"\");\n};\n\n/*\n * Returns an escape sequence for given character. Uses \\x for characters <=\n * 0xFF to save space, \\u for the rest.\n *\n * The code needs to be in sync with th code template in the compilation\n * function for \"action\" nodes.\n */\n// Copied from peg.js, thanks to David Majda\nexports.escape = function(ch) {\n\tvar charCode = ch.charCodeAt(0);\n\tif(charCode <= 0xFF) {\n\t\treturn '\\\\x' + $tw.utils.pad(charCode.toString(16).toUpperCase());\n\t} else {\n\t\treturn '\\\\u' + $tw.utils.pad(charCode.toString(16).toUpperCase(),4);\n\t}\n};\n\n// Turns a string into a legal JavaScript string\n// Copied from peg.js, thanks to David Majda\nexports.stringify = function(s) {\n\t/*\n\t* ECMA-262, 5th ed., 7.8.4: All characters may appear literally in a string\n\t* literal except for the closing quote character, backslash, carriage return,\n\t* line separator, paragraph separator, and line feed. Any character may\n\t* appear in the form of an escape sequence.\n\t*\n\t* For portability, we also escape all non-ASCII characters.\n\t*/\n\treturn (s || \"\")\n\t\t.replace(/\\\\/g, '\\\\\\\\') // backslash\n\t\t.replace(/\"/g, '\\\\\"') // double quote character\n\t\t.replace(/'/g, \"\\\\'\") // single quote character\n\t\t.replace(/\\r/g, '\\\\r') // carriage return\n\t\t.replace(/\\n/g, '\\\\n') // line feed\n\t\t.replace(/[\\x80-\\uFFFF]/g, exports.escape); // non-ASCII characters\n};\n\n/*\nEscape the RegExp special characters with a preceding backslash\n*/\nexports.escapeRegExp = function(s) {\n return s.replace(/[\\-\\/\\\\\\^\\$\\*\\+\\?\\.\\(\\)\\|\\[\\]\\{\\}]/g, '\\\\$&');\n};\n\n// Checks whether a link target is external, i.e. not a tiddler title\nexports.isLinkExternal = function(to) {\n\tvar externalRegExp = /^(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|\"\\\\^]+(?:\\/|\\b)/i;\n\treturn externalRegExp.test(to);\n};\n\nexports.nextTick = function(fn) {\n/*global window: false */\n\tif(typeof process === \"undefined\") {\n\t\t// Apparently it would be faster to use postMessage - http://dbaron.org/log/20100309-faster-timeouts\n\t\twindow.setTimeout(fn,4);\n\t} else {\n\t\tprocess.nextTick(fn);\n\t}\n};\n\n/*\nConvert a hyphenated CSS property name into a camel case one\n*/\nexports.unHyphenateCss = function(propName) {\n\treturn propName.replace(/-([a-z])/gi, function(match0,match1) {\n\t\treturn match1.toUpperCase();\n\t});\n};\n\n/*\nConvert a camelcase CSS property name into a dashed one (\"backgroundColor\" --> \"background-color\")\n*/\nexports.hyphenateCss = function(propName) {\n\treturn propName.replace(/([A-Z])/g, function(match0,match1) {\n\t\treturn \"-\" + match1.toLowerCase();\n\t});\n};\n\n/*\nParse a text reference of one of these forms:\n* title\n* !!field\n* title!!field\n* title##index\n* etc\nReturns an object with the following fields, all optional:\n* title: tiddler title\n* field: tiddler field name\n* index: JSON property index\n*/\nexports.parseTextReference = function(textRef) {\n\t// Separate out the title, field name and/or JSON indices\n\tvar reTextRef = /(?:(.*?)!!(.+))|(?:(.*?)##(.+))|(.*)/mg,\n\t\tmatch = reTextRef.exec(textRef),\n\t\tresult = {};\n\tif(match && reTextRef.lastIndex === textRef.length) {\n\t\t// Return the parts\n\t\tif(match[1]) {\n\t\t\tresult.title = match[1];\n\t\t}\n\t\tif(match[2]) {\n\t\t\tresult.field = match[2];\n\t\t}\n\t\tif(match[3]) {\n\t\t\tresult.title = match[3];\n\t\t}\n\t\tif(match[4]) {\n\t\t\tresult.index = match[4];\n\t\t}\n\t\tif(match[5]) {\n\t\t\tresult.title = match[5];\n\t\t}\n\t} else {\n\t\t// If we couldn't parse it\n\t\tresult.title = textRef\n\t}\n\treturn result;\n};\n\n/*\nChecks whether a string is a valid fieldname\n*/\nexports.isValidFieldName = function(name) {\n\tif(!name || typeof name !== \"string\") {\n\t\treturn false;\n\t}\n\tname = name.toLowerCase().trim();\n\tvar fieldValidatorRegEx = /^[a-z0-9\\-\\._]+$/mg;\n\treturn fieldValidatorRegEx.test(name);\n};\n\n/*\nExtract the version number from the meta tag or from the boot file\n*/\n\n// Browser version\nexports.extractVersionInfo = function() {\n\tif($tw.packageInfo) {\n\t\treturn $tw.packageInfo.version;\n\t} else {\n\t\tvar metatags = document.getElementsByTagName(\"meta\");\n\t\tfor(var t=0; t<metatags.length; t++) {\n\t\t\tvar m = metatags[t];\n\t\t\tif(m.name === \"tiddlywiki-version\") {\n\t\t\t\treturn m.content;\n\t\t\t}\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the animation duration in ms\n*/\nexports.getAnimationDuration = function() {\n\treturn parseInt($tw.wiki.getTiddlerText(\"$:/config/AnimationDuration\",\"400\"),10);\n};\n\n/*\nHash a string to a number\nDerived from http://stackoverflow.com/a/15710692\n*/\nexports.hashString = function(str) {\n\treturn str.split(\"\").reduce(function(a,b) {\n\t\ta = ((a << 5) - a) + b.charCodeAt(0);\n\t\treturn a & a;\n\t},0);\n};\n\n/*\nDecode a base64 string\n*/\nexports.base64Decode = function(string64) {\n\tif($tw.browser) {\n\t\t// TODO\n\t\tthrow \"$tw.utils.base64Decode() doesn't work in the browser\";\n\t} else {\n\t\treturn (new Buffer(string64,\"base64\")).toString();\n\t}\n};\n\n/*\nConvert a hashmap into a tiddler dictionary format sequence of name:value pairs\n*/\nexports.makeTiddlerDictionary = function(data) {\n\tvar output = [];\n\tfor(var name in data) {\n\t\toutput.push(name + \": \" + data[name]);\n\t}\n\treturn output.join(\"\\n\");\n};\n\n/*\nHigh resolution microsecond timer for profiling\n*/\nexports.timer = function(base) {\n\tvar m;\n\tif($tw.node) {\n\t\tvar r = process.hrtime();\t\t\n\t\tm = r[0] * 1e3 + (r[1] / 1e6);\n\t} else if(window.performance) {\n\t\tm = performance.now();\n\t} else {\n\t\tm = Date.now();\n\t}\n\tif(typeof base !== \"undefined\") {\n\t\tm = m - base;\n\t}\n\treturn m;\n};\n\n/*\nConvert text and content type to a data URI\n*/\nexports.makeDataUri = function(text,type) {\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar typeInfo = $tw.config.contentTypeInfo[type] || $tw.config.contentTypeInfo[\"text/plain\"],\n\t\tisBase64 = typeInfo.encoding === \"base64\",\n\t\tparts = [];\n\tparts.push(\"data:\");\n\tparts.push(type);\n\tparts.push(isBase64 ? \";base64\" : \"\");\n\tparts.push(\",\");\n\tparts.push(isBase64 ? text : encodeURIComponent(text));\n\treturn parts.join(\"\");\n};\n\n/*\nUseful for finding out the fully escaped CSS selector equivalent to a given tag. For example:\n\n$tw.utils.tagToCssSelector(\"$:/tags/Stylesheet\") --> tc-tagged-\\%24\\%3A\\%2Ftags\\%2FStylesheet\n*/\nexports.tagToCssSelector = function(tagName) {\n\treturn \"tc-tagged-\" + encodeURIComponent(tagName).replace(/[!\"#$%&'()*+,\\-./:;<=>?@[\\\\\\]^`{\\|}~,]/mg,function(c) {\n\t\treturn \"\\\\\" + c;\n\t});\n};\n\n/*\nIE does not have sign function\n*/\nexports.sign = Math.sign || function(x) {\n\tx = +x; // convert to a number\n\tif (x === 0 || isNaN(x)) {\n\t\treturn x;\n\t}\n\treturn x > 0 ? 1 : -1;\n};\n\n/*\nIE does not have an endsWith function\n*/\nexports.strEndsWith = function(str,ending,position) {\n\tif(str.endsWith) {\n\t\treturn str.endsWith(ending,position);\n\t} else {\n\t\tif (typeof position !== 'number' || !isFinite(position) || Math.floor(position) !== position || position > str.length) {\n\t\t\tposition = str.length;\n\t\t}\n\t\tposition -= ending.length;\n\t\tvar lastIndex = str.indexOf(ending, position);\n\t\treturn lastIndex !== -1 && lastIndex === position;\n\t}\n};\n\n/*\nTransliterate string from eg. Cyrillic Russian to Latin\n*/\nvar transliterationPairs = {\n\t\"Ё\":\"YO\",\n\t\"Й\":\"I\",\n\t\"Ц\":\"TS\",\n\t\"У\":\"U\",\n\t\"К\":\"K\",\n\t\"Е\":\"E\",\n\t\"Н\":\"N\",\n\t\"Г\":\"G\",\n\t\"Ш\":\"SH\",\n\t\"Щ\":\"SCH\",\n\t\"З\":\"Z\",\n\t\"Х\":\"H\",\n\t\"Ъ\":\"'\",\n\t\"ё\":\"yo\",\n\t\"й\":\"i\",\n\t\"ц\":\"ts\",\n\t\"у\":\"u\",\n\t\"к\":\"k\",\n\t\"е\":\"e\",\n\t\"н\":\"n\",\n\t\"г\":\"g\",\n\t\"ш\":\"sh\",\n\t\"щ\":\"sch\",\n\t\"з\":\"z\",\n\t\"х\":\"h\",\n\t\"ъ\":\"'\",\n\t\"Ф\":\"F\",\n\t\"Ы\":\"I\",\n\t\"В\":\"V\",\n\t\"А\":\"a\",\n\t\"П\":\"P\",\n\t\"Р\":\"R\",\n\t\"О\":\"O\",\n\t\"Л\":\"L\",\n\t\"Д\":\"D\",\n\t\"Ж\":\"ZH\",\n\t\"Э\":\"E\",\n\t\"ф\":\"f\",\n\t\"ы\":\"i\",\n\t\"в\":\"v\",\n\t\"а\":\"a\",\n\t\"п\":\"p\",\n\t\"р\":\"r\",\n\t\"о\":\"o\",\n\t\"л\":\"l\",\n\t\"д\":\"d\",\n\t\"ж\":\"zh\",\n\t\"э\":\"e\",\n\t\"Я\":\"Ya\",\n\t\"Ч\":\"CH\",\n\t\"С\":\"S\",\n\t\"М\":\"M\",\n\t\"И\":\"I\",\n\t\"Т\":\"T\",\n\t\"Ь\":\"'\",\n\t\"Б\":\"B\",\n\t\"Ю\":\"YU\",\n\t\"я\":\"ya\",\n\t\"ч\":\"ch\",\n\t\"с\":\"s\",\n\t\"м\":\"m\",\n\t\"и\":\"i\",\n\t\"т\":\"t\",\n\t\"ь\":\"'\",\n\t\"б\":\"b\",\n\t\"ю\":\"yu\"\n};\n\nexports.transliterate = function(str) {\n\treturn str.split(\"\").map(function(char) {\n\t\treturn transliterationPairs[char] || char;\n\t}).join(\"\");\n};\n\n})();\n",
"title": "$:/core/modules/utils/utils.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/widgets/action-createtiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-createtiddler.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to create a new tiddler with a unique name and specified fields.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CreateTiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCreateTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCreateTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nCreateTiddlerWidget.prototype.execute = function() {\n\tthis.actionBaseTitle = this.getAttribute(\"$basetitle\");\n\tthis.actionSaveTitle = this.getAttribute(\"$savetitle\");\n\tthis.actionTimestamp = this.getAttribute(\"$timestamp\",\"yes\") === \"yes\";\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nCreateTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif($tw.utils.count(changedAttributes) > 0) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nCreateTiddlerWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar title = this.wiki.generateNewTitle(this.actionBaseTitle),\n\t\tfields = {},\n\t\tcreationFields,\n\t\tmodificationFields;\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tfields[name] = attribute;\n\t\t}\n\t});\n\tif(this.actionTimestamp) {\n\t\tcreationFields = this.wiki.getCreationFields();\n\t\tmodificationFields = this.wiki.getModificationFields();\n\t}\n\tvar tiddler = this.wiki.addTiddler(new $tw.Tiddler(creationFields,fields,modificationFields,{title: title}));\n\tif(this.actionSaveTitle) {\n\t\tthis.wiki.setTextReference(this.actionSaveTitle,title,this.getVariable(\"currentTiddler\"));\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-createtiddler\"] = CreateTiddlerWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-createtiddler.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-deletefield.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-deletefield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete fields of a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this,\n\t\ttiddler = this.wiki.getTiddler(self.actionTiddler),\n\t\tremoveFields = {},\n\t\thasChanged = false;\n\tif(this.actionField) {\n\t\tremoveFields[this.actionField] = undefined;\n\t\tif(this.actionField in tiddler.fields) {\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\tif(tiddler) {\n\t\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\t\tif(name.charAt(0) !== \"$\" && name !== \"title\") {\n\t\t\t\tremoveFields[name] = undefined;\n\t\t\t\thasChanged = true;\n\t\t\t}\n\t\t});\n\t\tif(hasChanged) {\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),tiddler,removeFields,this.wiki.getModificationFields()));\t\t\t\n\t\t}\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletefield\"] = DeleteFieldWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-deletefield.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-deletetiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-deletetiddler.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteTiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteTiddlerWidget.prototype.execute = function() {\n\tthis.actionFilter = this.getAttribute(\"$filter\");\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$filter\"] || changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteTiddlerWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar tiddlers = [];\n\tif(this.actionFilter) {\n\t\ttiddlers = this.wiki.filterTiddlers(this.actionFilter,this);\n\t}\n\tif(this.actionTiddler) {\n\t\ttiddlers.push(this.actionTiddler);\n\t}\n\tfor(var t=0; t<tiddlers.length; t++) {\n\t\tthis.wiki.deleteTiddler(tiddlers[t]);\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletetiddler\"] = DeleteTiddlerWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-deletetiddler.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-listops.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-listops.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to apply list operations to any tiddler field (defaults to the 'list' field of the current tiddler)\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\nvar ActionListopsWidget = function(parseTreeNode, options) {\n\tthis.initialise(parseTreeNode, options);\n};\n/**\n * Inherit from the base widget class\n */\nActionListopsWidget.prototype = new Widget();\n/**\n * Render this widget into the DOM\n */\nActionListopsWidget.prototype.render = function(parent, nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n/**\n * Compute the internal state of the widget\n */\nActionListopsWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.target = this.getAttribute(\"$tiddler\", this.getVariable(\n\t\t\"currentTiddler\"));\n\tthis.filter = this.getAttribute(\"$filter\");\n\tthis.subfilter = this.getAttribute(\"$subfilter\");\n\tthis.listField = this.getAttribute(\"$field\", \"list\");\n\tthis.listIndex = this.getAttribute(\"$index\");\n\tthis.filtertags = this.getAttribute(\"$tags\");\n};\n/**\n * \tRefresh the widget by ensuring our attributes are up to date\n */\nActionListopsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.$tiddler || changedAttributes.$filter ||\n\t\tchangedAttributes.$subfilter || changedAttributes.$field ||\n\t\tchangedAttributes.$index || changedAttributes.$tags) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n/**\n * \tInvoke the action associated with this widget\n */\nActionListopsWidget.prototype.invokeAction = function(triggeringWidget,\n\tevent) {\n\t//Apply the specified filters to the lists\n\tvar field = this.listField,\n\t\tindex,\n\t\ttype = \"!!\",\n\t\tlist = this.listField;\n\tif(this.listIndex) {\n\t\tfield = undefined;\n\t\tindex = this.listIndex;\n\t\ttype = \"##\";\n\t\tlist = this.listIndex;\n\t}\n\tif(this.filter) {\n\t\tthis.wiki.setText(this.target, field, index, $tw.utils.stringifyList(\n\t\t\tthis.wiki\n\t\t\t.filterTiddlers(this.filter, this)));\n\t}\n\tif(this.subfilter) {\n\t\tvar subfilter = \"[list[\" + this.target + type + list + \"]] \" + this.subfilter;\n\t\tthis.wiki.setText(this.target, field, index, $tw.utils.stringifyList(\n\t\t\tthis.wiki\n\t\t\t.filterTiddlers(subfilter, this)));\n\t}\n\tif(this.filtertags) {\n\t\tvar tiddler = this.wiki.getTiddler(this.target),\n\t\t\toldtags = tiddler ? (tiddler.fields.tags || []).slice(0) : [],\n\t\t\ttagfilter = \"[list[\" + this.target + \"!!tags]] \" + this.filtertags,\n\t\t\tnewtags = this.wiki.filterTiddlers(tagfilter,this);\n\t\tif($tw.utils.stringifyList(oldtags.sort()) !== $tw.utils.stringifyList(newtags.sort())) {\n\t\t\tthis.wiki.setText(this.target,\"tags\",undefined,$tw.utils.stringifyList(newtags));\t\t\t\n\t\t}\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-listops\"] = ActionListopsWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-listops.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-navigate.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-navigate.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to navigate to a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigateWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigateWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigateWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigateWidget.prototype.execute = function() {\n\tthis.actionTo = this.getAttribute(\"$to\");\n\tthis.actionScroll = this.getAttribute(\"$scroll\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nNavigateWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$to\"] || changedAttributes[\"$scroll\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nNavigateWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar bounds = triggeringWidget && triggeringWidget.getBoundingClientRect && triggeringWidget.getBoundingClientRect(),\n\t\tsuppressNavigation = event.metaKey || event.ctrlKey || (event.button === 1);\n\tif(this.actionScroll === \"yes\") {\n\t\tsuppressNavigation = false;\n\t} else if(this.actionScroll === \"no\") {\n\t\tsuppressNavigation = true;\n\t}\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.actionTo === undefined ? this.getVariable(\"currentTiddler\") : this.actionTo,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: triggeringWidget,\n\t\tnavigateFromClientRect: bounds && { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: suppressNavigation\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-navigate\"] = NavigateWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-navigate.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-sendmessage.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-sendmessage.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to send a message\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SendMessageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSendMessageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSendMessageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSendMessageWidget.prototype.execute = function() {\n\tthis.actionMessage = this.getAttribute(\"$message\");\n\tthis.actionParam = this.getAttribute(\"$param\");\n\tthis.actionName = this.getAttribute(\"$name\");\n\tthis.actionValue = this.getAttribute(\"$value\",\"\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSendMessageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSendMessageWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\t// Get the string parameter\n\tvar param = this.actionParam;\n\t// Assemble the attributes as a hashmap\n\tvar paramObject = Object.create(null);\n\tvar count = 0;\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparamObject[name] = attribute;\n\t\t\tcount++;\n\t\t}\n\t});\n\t// Add name/value pair if present\n\tif(this.actionName) {\n\t\tparamObject[this.actionName] = this.actionValue;\n\t}\n\t// Dispatch the message\n\tthis.dispatchEvent({\n\t\ttype: this.actionMessage,\n\t\tparam: param,\n\t\tparamObject: paramObject,\n\t\ttiddlerTitle: this.getVariable(\"currentTiddler\"),\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tevent: event\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-sendmessage\"] = SendMessageWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-sendmessage.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-setfield.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-setfield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to set a single field or index on a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n\tthis.actionIndex = this.getAttribute(\"$index\");\n\tthis.actionValue = this.getAttribute(\"$value\");\n\tthis.actionTimestamp = this.getAttribute(\"$timestamp\",\"yes\") === \"yes\";\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSetFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"] || changedAttributes[\"$field\"] || changedAttributes[\"$index\"] || changedAttributes[\"$value\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSetFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this,\n\t\toptions = {};\n\toptions.suppressTimestamp = !this.actionTimestamp;\n\tif((typeof this.actionField == \"string\") || (typeof this.actionIndex == \"string\") || (typeof this.actionValue == \"string\")) {\n\t\tthis.wiki.setText(this.actionTiddler,this.actionField,this.actionIndex,this.actionValue,options);\n\t}\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tself.wiki.setText(self.actionTiddler,name,undefined,attribute,options);\n\t\t}\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-setfield\"] = SetFieldWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-setfield.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/browse.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/browse.js\ntype: application/javascript\nmodule-type: widget\n\nBrowse widget for browsing for files to import\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar BrowseWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nBrowseWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nBrowseWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"file\");\n\tif(this.browseMultiple) {\n\t\tdomNode.setAttribute(\"multiple\",\"multiple\");\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\t// Nw.js supports \"nwsaveas\" to force a \"save as\" dialogue that allows a new or existing file to be selected\n\tif(this.nwsaveas) {\n\t\tdomNode.setAttribute(\"nwsaveas\",this.nwsaveas);\n\t}\n\t// Nw.js supports \"webkitdirectory\" to allow a directory to be selected\n\tif(this.webkitdirectory) {\n\t\tdomNode.setAttribute(\"webkitdirectory\",this.webkitdirectory);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"change\",function (event) {\n\t\tif(self.message) {\n\t\t\tself.dispatchEvent({type: self.message, param: self.param, files: event.target.files});\n\t\t} else {\n\t\t\tself.wiki.readFiles(event.target.files,function(tiddlerFieldsArray) {\n\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t\t});\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nBrowseWidget.prototype.execute = function() {\n\tthis.browseMultiple = this.getAttribute(\"multiple\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.nwsaveas = this.getAttribute(\"nwsaveas\");\n\tthis.webkitdirectory = this.getAttribute(\"webkitdirectory\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nBrowseWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.browse = BrowseWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/browse.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/button.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/button.js\ntype: application/javascript\nmodule-type: widget\n\nButton widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ButtonWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nButtonWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nButtonWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar tag = \"button\";\n\tif(this.buttonTag && $tw.config.htmlUnsafeElements.indexOf(this.buttonTag) === -1) {\n\t\ttag = this.buttonTag;\n\t}\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = this[\"class\"].split(\" \") || [],\n\t\tisPoppedUp = this.popup && this.isPoppedUp();\n\tif(this.selectedClass) {\n\t\tif(this.set && this.setTo && this.isSelected()) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t\tif(isPoppedUp) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t}\n\tif(isPoppedUp) {\n\t\t$tw.utils.pushTop(classes,\"tc-popup-handle\");\n\t}\n\tdomNode.className = classes.join(\" \");\n\t// Assign other attributes\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"click\",function (event) {\n\t\tvar handled = false;\n\t\tif(self.invokeActions(this,event)) {\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.to) {\n\t\t\tself.navigateTo(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.message) {\n\t\t\tself.dispatchMessage(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.popup) {\n\t\t\tself.triggerPopup(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.set) {\n\t\t\tself.setTiddler();\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.actions) {\n\t\t\tself.invokeActionString(self.actions,self,event);\n\t\t}\n\t\tif(handled) {\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t}\n\t\treturn handled;\n\t},false);\n\t// Make it draggable if required\n\tif(this.dragTiddler || this.dragFilter) {\n\t\t$tw.utils.makeDraggable({\n\t\t\tdomNode: domNode,\n\t\t\tdragTiddlerFn: function() {return self.dragTiddler;},\n\t\t\tdragFilterFn: function() {return self.dragFilter;},\n\t\t\twidget: this\n\t\t});\n\t}\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nWe don't allow actions to propagate because we trigger actions ourselves\n*/\nButtonWidget.prototype.allowActionPropagation = function() {\n\treturn false;\n};\n\nButtonWidget.prototype.getBoundingClientRect = function() {\n\treturn this.domNodes[0].getBoundingClientRect();\n};\n\nButtonWidget.prototype.isSelected = function() {\n return this.wiki.getTextReference(this.set,this.defaultSetValue,this.getVariable(\"currentTiddler\")) === this.setTo;\n};\n\nButtonWidget.prototype.isPoppedUp = function() {\n\tvar tiddler = this.wiki.getTiddler(this.popup);\n\tvar result = tiddler && tiddler.fields.text ? $tw.popup.readPopupState(tiddler.fields.text) : false;\n\treturn result;\n};\n\nButtonWidget.prototype.navigateTo = function(event) {\n\tvar bounds = this.getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1),\n\t\tevent: event\n\t});\n};\n\nButtonWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\"), event: event});\n};\n\nButtonWidget.prototype.triggerPopup = function(event) {\n\t$tw.popup.triggerPopup({\n\t\tdomNode: this.domNodes[0],\n\t\ttitle: this.popup,\n\t\twiki: this.wiki\n\t});\n};\n\nButtonWidget.prototype.setTiddler = function() {\n\tthis.wiki.setTextReference(this.set,this.setTo,this.getVariable(\"currentTiddler\"));\n};\n\n/*\nCompute the internal state of the widget\n*/\nButtonWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.actions = this.getAttribute(\"actions\");\n\tthis.to = this.getAttribute(\"to\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.set = this.getAttribute(\"set\");\n\tthis.setTo = this.getAttribute(\"setTo\");\n\tthis.popup = this.getAttribute(\"popup\");\n\tthis.hover = this.getAttribute(\"hover\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.style = this.getAttribute(\"style\");\n\tthis.selectedClass = this.getAttribute(\"selectedClass\");\n\tthis.defaultSetValue = this.getAttribute(\"default\",\"\");\n\tthis.buttonTag = this.getAttribute(\"tag\");\n\tthis.dragTiddler = this.getAttribute(\"dragTiddler\");\n\tthis.dragFilter = this.getAttribute(\"dragFilter\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nButtonWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.param || changedAttributes.set || changedAttributes.setTo || changedAttributes.popup || changedAttributes.hover || changedAttributes[\"class\"] || changedAttributes.selectedClass || changedAttributes.style || changedAttributes.dragFilter || changedAttributes.dragTiddler || (this.set && changedTiddlers[this.set]) || (this.popup && changedTiddlers[this.popup])) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.button = ButtonWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/button.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/checkbox.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/checkbox.js\ntype: application/javascript\nmodule-type: widget\n\nCheckbox widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CheckboxWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCheckboxWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCheckboxWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",this.checkboxClass);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"checkbox\");\n\tif(this.getValue()) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nCheckboxWidget.prototype.getValue = function() {\n\tvar tiddler = this.wiki.getTiddler(this.checkboxTitle);\n\tif(tiddler) {\n\t\tif(this.checkboxTag) {\n\t\t\tif(this.checkboxInvertTag) {\n\t\t\t\treturn !tiddler.hasTag(this.checkboxTag);\n\t\t\t} else {\n\t\t\t\treturn tiddler.hasTag(this.checkboxTag);\n\t\t\t}\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tvar value;\n\t\t\tif($tw.utils.hop(tiddler.fields,this.checkboxField)) {\n\t\t\t\tvalue = tiddler.fields[this.checkboxField] || \"\";\n\t\t\t} else {\n\t\t\t\tvalue = this.checkboxDefault || \"\";\n\t\t\t}\n\t\t\tif(value === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(value === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t\tif(this.checkboxIndex) {\n\t\t\tvar value = this.wiki.extractTiddlerDataItem(tiddler,this.checkboxIndex,this.checkboxDefault || \"\");\n\t\t\tif(value === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(value === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t} else {\n\t\tif(this.checkboxTag) {\n\t\t\treturn false;\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tif(this.checkboxDefault === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(this.checkboxDefault === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\nCheckboxWidget.prototype.handleChangeEvent = function(event) {\n\tvar checked = this.inputDomNode.checked,\n\t\ttiddler = this.wiki.getTiddler(this.checkboxTitle),\n\t\tfallbackFields = {text: \"\"},\n\t\tnewFields = {title: this.checkboxTitle},\n\t\thasChanged = false,\n\t\ttagCheck = false,\n\t\thasTag = tiddler && tiddler.hasTag(this.checkboxTag),\n\t\tvalue = checked ? this.checkboxChecked : this.checkboxUnchecked;\n\tif(this.checkboxTag && this.checkboxInvertTag === \"yes\") {\n\t\ttagCheck = hasTag === checked;\n\t} else {\n\t\ttagCheck = hasTag !== checked;\n\t}\n\t// Set the tag if specified\n\tif(this.checkboxTag && (!tiddler || tagCheck)) {\n\t\tnewFields.tags = tiddler ? (tiddler.fields.tags || []).slice(0) : [];\n\t\tvar pos = newFields.tags.indexOf(this.checkboxTag);\n\t\tif(pos !== -1) {\n\t\t\tnewFields.tags.splice(pos,1);\n\t\t}\n\t\tif(this.checkboxInvertTag === \"yes\" && !checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t} else if(this.checkboxInvertTag !== \"yes\" && checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t}\n\t\thasChanged = true;\n\t}\n\t// Set the field if specified\n\tif(this.checkboxField) {\n\t\tif(!tiddler || tiddler.fields[this.checkboxField] !== value) {\n\t\t\tnewFields[this.checkboxField] = value;\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\t// Set the index if specified\n\tif(this.checkboxIndex) {\n\t\tvar indexValue = this.wiki.extractTiddlerDataItem(this.checkboxTitle,this.checkboxIndex);\n\t\tif(!tiddler || indexValue !== value) {\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\tif(hasChanged) {\n\t\tif(this.checkboxIndex) {\n\t\t\tthis.wiki.setText(this.checkboxTitle,\"\",this.checkboxIndex,value);\n\t\t} else {\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),fallbackFields,tiddler,newFields,this.wiki.getModificationFields()));\n\t\t}\n\t}\n\t// Trigger actions\n\tif(this.checkboxActions) {\n\t\tthis.invokeActionString(this.checkboxActions,this,event);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCheckboxWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.checkboxActions = this.getAttribute(\"actions\");\n\tthis.checkboxTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.checkboxTag = this.getAttribute(\"tag\");\n\tthis.checkboxField = this.getAttribute(\"field\");\n\tthis.checkboxIndex = this.getAttribute(\"index\");\n\tthis.checkboxChecked = this.getAttribute(\"checked\");\n\tthis.checkboxUnchecked = this.getAttribute(\"unchecked\");\n\tthis.checkboxDefault = this.getAttribute(\"default\");\n\tthis.checkboxClass = this.getAttribute(\"class\",\"\");\n\tthis.checkboxInvertTag = this.getAttribute(\"invertTag\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCheckboxWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.tag || changedAttributes.invertTag || changedAttributes.field || changedAttributes.index || changedAttributes.checked || changedAttributes.unchecked || changedAttributes[\"default\"] || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.checkboxTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue();\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.checkbox = CheckboxWidget;\n\n})();",
"title": "$:/core/modules/widgets/checkbox.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/codeblock.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/codeblock.js\ntype: application/javascript\nmodule-type: widget\n\nCode block node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CodeBlockWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCodeBlockWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCodeBlockWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar codeNode = this.document.createElement(\"code\"),\n\t\tdomNode = this.document.createElement(\"pre\");\n\tcodeNode.appendChild(this.document.createTextNode(this.getAttribute(\"code\")));\n\tdomNode.appendChild(codeNode);\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n\tif(this.postRender) {\n\t\tthis.postRender();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCodeBlockWidget.prototype.execute = function() {\n\tthis.language = this.getAttribute(\"language\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCodeBlockWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.codeblock = CodeBlockWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/codeblock.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/count.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/count.js\ntype: application/javascript\nmodule-type: widget\n\nCount widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CountWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCountWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCountWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.currentCount);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nCountWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Execute the filter\n\tif(this.filter) {\n\t\tthis.currentCount = this.wiki.filterTiddlers(this.filter,this).length;\n\t} else {\n\t\tthis.currentCount = undefined;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCountWidget.prototype.refresh = function(changedTiddlers) {\n\t// Re-execute the filter to get the count\n\tthis.computeAttributes();\n\tvar oldCount = this.currentCount;\n\tthis.execute();\n\tif(this.currentCount !== oldCount) {\n\t\t// Regenerate and rerender the widget and replace the existing DOM node\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n\n};\n\nexports.count = CountWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/count.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/draggable.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/draggable.js\ntype: application/javascript\nmodule-type: widget\n\nDraggable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DraggableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDraggableWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDraggableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Sanitise the specified tag\n\tvar tag = this.draggableTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"div\";\n\t}\n\t// Create our element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = [\"tc-draggable\"];\n\tif(this.draggableClasses) {\n\t\tclasses.push(this.draggableClasses);\n\t}\n\tdomNode.setAttribute(\"class\",classes.join(\" \"));\n\t// Add event handlers\n\t$tw.utils.makeDraggable({\n\t\tdomNode: domNode,\n\t\tdragTiddlerFn: function() {return self.getAttribute(\"tiddler\");},\n\t\tdragFilterFn: function() {return self.getAttribute(\"filter\");},\n\t\twidget: this\n\t});\n\t// Insert the link into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nDraggableWidget.prototype.execute = function() {\n\t// Pick up our attributes\n\tthis.draggableTag = this.getAttribute(\"tag\",\"div\");\n\tthis.draggableClasses = this.getAttribute(\"class\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDraggableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedTiddlers.tag || changedTiddlers[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.draggable = DraggableWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/draggable.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/droppable.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/droppable.js\ntype: application/javascript\nmodule-type: widget\n\nDroppable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DroppableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDroppableWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDroppableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.droppableTag && $tw.config.htmlUnsafeElements.indexOf(this.droppableTag) === -1) {\n\t\ttag = this.droppableTag;\n\t}\n\t// Create element and assign classes\n\tvar domNode = this.document.createElement(tag),\n\t\tclasses = (this[\"class\"] || \"\").split(\" \");\n\tclasses.push(\"tc-droppable\");\n\tdomNode.className = classes.join(\" \");\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragenter\", handlerObject: this, handlerMethod: \"handleDragEnterEvent\"},\n\t\t{name: \"dragover\", handlerObject: this, handlerMethod: \"handleDragOverEvent\"},\n\t\t{name: \"dragleave\", handlerObject: this, handlerMethod: \"handleDragLeaveEvent\"},\n\t\t{name: \"drop\", handlerObject: this, handlerMethod: \"handleDropEvent\"}\n\t]);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n\t// Stack of outstanding enter/leave events\n\tthis.currentlyEntered = [];\n};\n\nDroppableWidget.prototype.enterDrag = function(event) {\n\tif(this.currentlyEntered.indexOf(event.target) === -1) {\n\t\tthis.currentlyEntered.push(event.target);\n\t}\n\t// If we're entering for the first time we need to apply highlighting\n\t$tw.utils.addClass(this.domNodes[0],\"tc-dragover\");\n};\n\nDroppableWidget.prototype.leaveDrag = function(event) {\n\tvar pos = this.currentlyEntered.indexOf(event.target);\n\tif(pos !== -1) {\n\t\tthis.currentlyEntered.splice(pos,1);\n\t}\n\t// Remove highlighting if we're leaving externally. The hacky second condition is to resolve a problem with Firefox whereby there is an erroneous dragenter event if the node being dragged is within the dropzone\n\tif(this.currentlyEntered.length === 0 || (this.currentlyEntered.length === 1 && this.currentlyEntered[0] === $tw.dragInProgress)) {\n\t\tthis.currentlyEntered = [];\n\t\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDroppableWidget.prototype.handleDragEnterEvent = function(event) {\n\tthis.enterDrag(event);\n\t// Tell the browser that we're ready to handle the drop\n\tevent.preventDefault();\n\t// Tell the browser not to ripple the drag up to any parent drop handlers\n\tevent.stopPropagation();\n\treturn false;\n};\n\nDroppableWidget.prototype.handleDragOverEvent = function(event) {\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Tell the browser that we're still interested in the drop\n\tevent.preventDefault();\n\t// Set the drop effect\n\tevent.dataTransfer.dropEffect = this.droppableEffect;\n\treturn false;\n};\n\nDroppableWidget.prototype.handleDragLeaveEvent = function(event) {\n\tthis.leaveDrag(event);\n\treturn false;\n};\n\nDroppableWidget.prototype.handleDropEvent = function(event) {\n\tvar self = this;\n\tthis.leaveDrag(event);\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\tvar dataTransfer = event.dataTransfer;\n\t// Remove highlighting\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t// Try to import the various data types we understand\n\t$tw.utils.importDataTransfer(dataTransfer,null,function(fieldsArray) {\n\t\tfieldsArray.forEach(function(fields) {\n\t\t\tself.performActions(fields.title || fields.text,event);\n\t\t});\n\t});\n\t// Tell the browser that we handled the drop\n\tevent.preventDefault();\n\t// Stop the drop ripple up to any parent handlers\n\tevent.stopPropagation();\n\treturn false;\n};\n\nDroppableWidget.prototype.performActions = function(title,event) {\n\tif(this.droppableActions) {\n\t\tthis.invokeActionString(this.droppableActions,this,event,{actionTiddler: title});\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nDroppableWidget.prototype.execute = function() {\n\tthis.droppableActions = this.getAttribute(\"actions\");\n\tthis.droppableEffect = this.getAttribute(\"effect\",\"copy\");\n\tthis.droppableTag = this.getAttribute(\"tag\");\n\tthis.droppableClass = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDroppableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"class\"] || changedAttributes.tag) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.droppable = DroppableWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/droppable.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/dropzone.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/dropzone.js\ntype: application/javascript\nmodule-type: widget\n\nDropzone widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DropZoneWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDropZoneWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDropZoneWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"div\");\n\tdomNode.className = \"tc-dropzone\";\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragenter\", handlerObject: this, handlerMethod: \"handleDragEnterEvent\"},\n\t\t{name: \"dragover\", handlerObject: this, handlerMethod: \"handleDragOverEvent\"},\n\t\t{name: \"dragleave\", handlerObject: this, handlerMethod: \"handleDragLeaveEvent\"},\n\t\t{name: \"drop\", handlerObject: this, handlerMethod: \"handleDropEvent\"},\n\t\t{name: \"paste\", handlerObject: this, handlerMethod: \"handlePasteEvent\"}\n\t]);\n\tdomNode.addEventListener(\"click\",function (event) {\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n\t// Stack of outstanding enter/leave events\n\tthis.currentlyEntered = [];\n};\n\nDropZoneWidget.prototype.enterDrag = function(event) {\n\tif(this.currentlyEntered.indexOf(event.target) === -1) {\n\t\tthis.currentlyEntered.push(event.target);\n\t}\n\t// If we're entering for the first time we need to apply highlighting\n\t$tw.utils.addClass(this.domNodes[0],\"tc-dragover\");\n};\n\nDropZoneWidget.prototype.leaveDrag = function(event) {\n\tvar pos = this.currentlyEntered.indexOf(event.target);\n\tif(pos !== -1) {\n\t\tthis.currentlyEntered.splice(pos,1);\n\t}\n\t// Remove highlighting if we're leaving externally\n\tif(this.currentlyEntered.length === 0) {\n\t\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDropZoneWidget.prototype.handleDragEnterEvent = function(event) {\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\tthis.enterDrag(event);\n\t// Tell the browser that we're ready to handle the drop\n\tevent.preventDefault();\n\t// Tell the browser not to ripple the drag up to any parent drop handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.handleDragOverEvent = function(event) {\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\t// Tell the browser that we're still interested in the drop\n\tevent.preventDefault();\n\tevent.dataTransfer.dropEffect = \"copy\"; // Explicitly show this is a copy\n};\n\nDropZoneWidget.prototype.handleDragLeaveEvent = function(event) {\n\tthis.leaveDrag(event);\n};\n\nDropZoneWidget.prototype.handleDropEvent = function(event) {\n\tvar self = this;\n\tthis.leaveDrag(event);\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\tvar self = this,\n\t\tdataTransfer = event.dataTransfer;\n\t// Remove highlighting\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t// Import any files in the drop\n\tvar numFiles = 0;\n\tif(dataTransfer.files) {\n\t\tnumFiles = this.wiki.readFiles(dataTransfer.files,function(tiddlerFieldsArray) {\n\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t});\n\t}\n\t// Try to import the various data types we understand\n\tif(numFiles === 0) {\n\t\t$tw.utils.importDataTransfer(dataTransfer,this.wiki.generateNewTitle(\"Untitled\"),function(fieldsArray) {\n\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(fieldsArray)});\n\t\t});\n\t}\n\t// Tell the browser that we handled the drop\n\tevent.preventDefault();\n\t// Stop the drop ripple up to any parent handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.handlePasteEvent = function(event) {\n\t// Let the browser handle it if we're in a textarea or input box\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) == -1) {\n\t\tvar self = this,\n\t\t\titems = event.clipboardData.items;\n\t\t// Enumerate the clipboard items\n\t\tfor(var t = 0; t<items.length; t++) {\n\t\t\tvar item = items[t];\n\t\t\tif(item.kind === \"file\") {\n\t\t\t\t// Import any files\n\t\t\t\tthis.wiki.readFile(item.getAsFile(),function(tiddlerFieldsArray) {\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t\t\t});\n\t\t\t} else if(item.kind === \"string\") {\n\t\t\t\t// Create tiddlers from string items\n\t\t\t\tvar type = item.type;\n\t\t\t\titem.getAsString(function(str) {\n\t\t\t\t\tvar tiddlerFields = {\n\t\t\t\t\t\ttitle: self.wiki.generateNewTitle(\"Untitled\"),\n\t\t\t\t\t\ttext: str,\n\t\t\t\t\t\ttype: type\n\t\t\t\t\t};\n\t\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\t\tconsole.log(\"Importing string '\" + str + \"', type: '\" + type + \"'\");\n\t\t\t\t\t}\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify([tiddlerFields])});\n\t\t\t\t});\n\t\t\t}\n\t\t}\n\t\t// Tell the browser that we've handled the paste\n\t\tevent.stopPropagation();\n\t\tevent.preventDefault();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nDropZoneWidget.prototype.execute = function() {\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDropZoneWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.dropzone = DropZoneWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/dropzone.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-binary.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-binary.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-binary widget; placeholder for editing binary tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar BINARY_WARNING_MESSAGE = \"$:/core/ui/BinaryWarning\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBinaryWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBinaryWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBinaryWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBinaryWidget.prototype.execute = function() {\n\t// Construct the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"transclude\",\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: BINARY_WARNING_MESSAGE}\n\t\t}\n\t}]);\n};\n\n/*\nRefresh by refreshing our child widget\n*/\nEditBinaryWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"edit-binary\"] = EditBinaryWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit-binary.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-bitmap.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-bitmap.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-bitmap widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Default image sizes\nvar DEFAULT_IMAGE_WIDTH = 600,\n\tDEFAULT_IMAGE_HEIGHT = 370;\n\n// Configuration tiddlers\nvar LINE_WIDTH_TITLE = \"$:/config/BitmapEditor/LineWidth\",\n\tLINE_COLOUR_TITLE = \"$:/config/BitmapEditor/Colour\",\n\tLINE_OPACITY_TITLE = \"$:/config/BitmapEditor/Opacity\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBitmapWidget = function(parseTreeNode,options) {\n\t// Initialise the editor operations if they've not been done already\n\tif(!this.editorOperations) {\n\t\tEditBitmapWidget.prototype.editorOperations = {};\n\t\t$tw.modules.applyMethods(\"bitmapeditoroperation\",this.editorOperations);\n\t}\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBitmapWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBitmapWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create the wrapper for the toolbar and render its content\n\tthis.toolbarNode = this.document.createElement(\"div\");\n\tthis.toolbarNode.className = \"tc-editor-toolbar\";\n\tparent.insertBefore(this.toolbarNode,nextSibling);\n\tthis.domNodes.push(this.toolbarNode);\n\t// Create the on-screen canvas\n\tthis.canvasDomNode = $tw.utils.domMaker(\"canvas\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tc-edit-bitmapeditor\",\n\t\teventListeners: [{\n\t\t\tname: \"touchstart\", handlerObject: this, handlerMethod: \"handleTouchStartEvent\"\n\t\t},{\n\t\t\tname: \"touchmove\", handlerObject: this, handlerMethod: \"handleTouchMoveEvent\"\n\t\t},{\n\t\t\tname: \"touchend\", handlerObject: this, handlerMethod: \"handleTouchEndEvent\"\n\t\t},{\n\t\t\tname: \"mousedown\", handlerObject: this, handlerMethod: \"handleMouseDownEvent\"\n\t\t},{\n\t\t\tname: \"mousemove\", handlerObject: this, handlerMethod: \"handleMouseMoveEvent\"\n\t\t},{\n\t\t\tname: \"mouseup\", handlerObject: this, handlerMethod: \"handleMouseUpEvent\"\n\t\t}]\n\t});\n\t// Set the width and height variables\n\tthis.setVariable(\"tv-bitmap-editor-width\",this.canvasDomNode.width + \"px\");\n\tthis.setVariable(\"tv-bitmap-editor-height\",this.canvasDomNode.height + \"px\");\n\t// Render toolbar child widgets\n\tthis.renderChildren(this.toolbarNode,null);\n\t// // Insert the elements into the DOM\n\tparent.insertBefore(this.canvasDomNode,nextSibling);\n\tthis.domNodes.push(this.canvasDomNode);\n\t// Load the image into the canvas\n\tif($tw.browser) {\n\t\tthis.loadCanvas();\n\t}\n\t// Add widget message listeners\n\tthis.addEventListeners([\n\t\t{type: \"tm-edit-bitmap-operation\", handler: \"handleEditBitmapOperationMessage\"}\n\t]);\n};\n\n/*\nHandle an edit bitmap operation message from the toolbar\n*/\nEditBitmapWidget.prototype.handleEditBitmapOperationMessage = function(event) {\n\t// Invoke the handler\n\tvar handler = this.editorOperations[event.param];\n\tif(handler) {\n\t\thandler.call(this,event);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBitmapWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nJust refresh the toolbar\n*/\nEditBitmapWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nSet the bitmap size variables and refresh the toolbar\n*/\nEditBitmapWidget.prototype.refreshToolbar = function() {\n\t// Set the width and height variables\n\tthis.setVariable(\"tv-bitmap-editor-width\",this.canvasDomNode.width + \"px\");\n\tthis.setVariable(\"tv-bitmap-editor-height\",this.canvasDomNode.height + \"px\");\n\t// Refresh each of our child widgets\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\tchildWidget.refreshSelf();\n\t});\n};\n\nEditBitmapWidget.prototype.loadCanvas = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle),\n\t\tcurrImage = new Image();\n\t// Set up event handlers for loading the image\n\tvar self = this;\n\tcurrImage.onload = function() {\n\t\t// Copy the image to the on-screen canvas\n\t\tself.initCanvas(self.canvasDomNode,currImage.width,currImage.height,currImage);\n\t\t// And also copy the current bitmap to the off-screen canvas\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,currImage.width,currImage.height,currImage);\n\t\t// Set the width and height input boxes\n\t\tself.refreshToolbar();\n\t};\n\tcurrImage.onerror = function() {\n\t\t// Set the on-screen canvas size and clear it\n\t\tself.initCanvas(self.canvasDomNode,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the off-screen canvas size and clear it\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the width and height input boxes\n\t\tself.refreshToolbar();\n\t};\n\t// Get the current bitmap into an image object\n\tcurrImage.src = \"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text;\n};\n\nEditBitmapWidget.prototype.initCanvas = function(canvas,width,height,image) {\n\tcanvas.width = width;\n\tcanvas.height = height;\n\tvar ctx = canvas.getContext(\"2d\");\n\tif(image) {\n\t\tctx.drawImage(image,0,0);\n\t} else {\n\t\tctx.fillStyle = \"#fff\";\n\t\tctx.fillRect(0,0,canvas.width,canvas.height);\n\t}\n};\n\n/*\n** Change the size of the canvas, preserving the current image\n*/\nEditBitmapWidget.prototype.changeCanvasSize = function(newWidth,newHeight) {\n\t// Create and size a new canvas\n\tvar newCanvas = this.document.createElement(\"canvas\");\n\tthis.initCanvas(newCanvas,newWidth,newHeight);\n\t// Copy the old image\n\tvar ctx = newCanvas.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Set the new canvas as the current one\n\tthis.currCanvas = newCanvas;\n\t// Set the size of the onscreen canvas\n\tthis.canvasDomNode.width = newWidth;\n\tthis.canvasDomNode.height = newHeight;\n\t// Paint the onscreen canvas with the offscreen canvas\n\tctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n};\n\nEditBitmapWidget.prototype.handleTouchStartEvent = function(event) {\n\tthis.brushDown = true;\n\tthis.strokeStart(event.touches[0].clientX,event.touches[0].clientY);\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.touches[0].clientX,event.touches[0].clientY);\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchEndEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseDownEvent = function(event) {\n\tthis.strokeStart(event.clientX,event.clientY);\n\tthis.brushDown = true;\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.clientX,event.clientY);\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.handleMouseUpEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.adjustCoordinates = function(x,y) {\n\tvar canvasRect = this.canvasDomNode.getBoundingClientRect(),\n\t\tscale = this.canvasDomNode.width/canvasRect.width;\n\treturn {x: (x - canvasRect.left) * scale, y: (y - canvasRect.top) * scale};\n};\n\nEditBitmapWidget.prototype.strokeStart = function(x,y) {\n\t// Start off a new stroke\n\tthis.stroke = [this.adjustCoordinates(x,y)];\n};\n\nEditBitmapWidget.prototype.strokeMove = function(x,y) {\n\tvar ctx = this.canvasDomNode.getContext(\"2d\"),\n\t\tt;\n\t// Add the new position to the end of the stroke\n\tthis.stroke.push(this.adjustCoordinates(x,y));\n\t// Redraw the previous image\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Render the stroke\n\tctx.globalAlpha = parseFloat(this.wiki.getTiddlerText(LINE_OPACITY_TITLE,\"1.0\"));\n\tctx.strokeStyle = this.wiki.getTiddlerText(LINE_COLOUR_TITLE,\"#ff0\");\n\tctx.lineWidth = parseFloat(this.wiki.getTiddlerText(LINE_WIDTH_TITLE,\"3\"));\n\tctx.lineCap = \"round\";\n\tctx.lineJoin = \"round\";\n\tctx.beginPath();\n\tctx.moveTo(this.stroke[0].x,this.stroke[0].y);\n\tfor(t=1; t<this.stroke.length-1; t++) {\n\t\tvar s1 = this.stroke[t],\n\t\t\ts2 = this.stroke[t-1],\n\t\t\ttx = (s1.x + s2.x)/2,\n\t\t\tty = (s1.y + s2.y)/2;\n\t\tctx.quadraticCurveTo(s2.x,s2.y,tx,ty);\n\t}\n\tctx.stroke();\n};\n\nEditBitmapWidget.prototype.strokeEnd = function() {\n\t// Copy the bitmap to the off-screen canvas\n\tvar ctx = this.currCanvas.getContext(\"2d\");\n\tctx.drawImage(this.canvasDomNode,0,0);\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\nEditBitmapWidget.prototype.saveChanges = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\tif(tiddler) {\n\t\t// data URIs look like \"data:<type>;base64,<text>\"\n\t\tvar dataURL = this.canvasDomNode.toDataURL(tiddler.fields.type),\n\t\t\tposColon = dataURL.indexOf(\":\"),\n\t\t\tposSemiColon = dataURL.indexOf(\";\"),\n\t\t\tposComma = dataURL.indexOf(\",\"),\n\t\t\ttype = dataURL.substring(posColon+1,posSemiColon),\n\t\t\ttext = dataURL.substring(posComma+1);\n\t\tvar update = {type: type, text: text};\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getModificationFields(),tiddler,update,this.wiki.getCreationFields()));\n\t}\n};\n\nexports[\"edit-bitmap\"] = EditBitmapWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit-bitmap.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-shortcut.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-shortcut.js\ntype: application/javascript\nmodule-type: widget\n\nWidget to display an editable keyboard shortcut\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditShortcutWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditShortcutWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditShortcutWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.inputNode = this.document.createElement(\"input\");\n\t// Assign classes\n\tif(this.shortcutClass) {\n\t\tthis.inputNode.className = this.shortcutClass;\t\t\n\t}\n\t// Assign other attributes\n\tif(this.shortcutStyle) {\n\t\tthis.inputNode.setAttribute(\"style\",this.shortcutStyle);\n\t}\n\tif(this.shortcutTooltip) {\n\t\tthis.inputNode.setAttribute(\"title\",this.shortcutTooltip);\n\t}\n\tif(this.shortcutPlaceholder) {\n\t\tthis.inputNode.setAttribute(\"placeholder\",this.shortcutPlaceholder);\n\t}\n\tif(this.shortcutAriaLabel) {\n\t\tthis.inputNode.setAttribute(\"aria-label\",this.shortcutAriaLabel);\n\t}\n\t// Assign the current shortcut\n\tthis.updateInputNode();\n\t// Add event handlers\n\t$tw.utils.addEventListeners(this.inputNode,[\n\t\t{name: \"keydown\", handlerObject: this, handlerMethod: \"handleKeydownEvent\"}\n\t]);\n\t// Link into the DOM\n\tparent.insertBefore(this.inputNode,nextSibling);\n\tthis.domNodes.push(this.inputNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditShortcutWidget.prototype.execute = function() {\n\tthis.shortcutTiddler = this.getAttribute(\"tiddler\");\n\tthis.shortcutField = this.getAttribute(\"field\");\n\tthis.shortcutIndex = this.getAttribute(\"index\");\n\tthis.shortcutPlaceholder = this.getAttribute(\"placeholder\");\n\tthis.shortcutDefault = this.getAttribute(\"default\",\"\");\n\tthis.shortcutClass = this.getAttribute(\"class\");\n\tthis.shortcutStyle = this.getAttribute(\"style\");\n\tthis.shortcutTooltip = this.getAttribute(\"tooltip\");\n\tthis.shortcutAriaLabel = this.getAttribute(\"aria-label\");\n};\n\n/*\nUpdate the value of the input node\n*/\nEditShortcutWidget.prototype.updateInputNode = function() {\n\tif(this.shortcutField) {\n\t\tvar tiddler = this.wiki.getTiddler(this.shortcutTiddler);\n\t\tif(tiddler && $tw.utils.hop(tiddler.fields,this.shortcutField)) {\n\t\t\tthis.inputNode.value = tiddler.getFieldString(this.shortcutField);\n\t\t} else {\n\t\t\tthis.inputNode.value = this.shortcutDefault;\n\t\t}\n\t} else if(this.shortcutIndex) {\n\t\tthis.inputNode.value = this.wiki.extractTiddlerDataItem(this.shortcutTiddler,this.shortcutIndex,this.shortcutDefault);\n\t} else {\n\t\tthis.inputNode.value = this.wiki.getTiddlerText(this.shortcutTiddler,this.shortcutDefault);\n\t}\n};\n\n/*\nHandle a dom \"keydown\" event\n*/\nEditShortcutWidget.prototype.handleKeydownEvent = function(event) {\n\t// Ignore shift, ctrl, meta, alt\n\tif(event.keyCode && $tw.keyboardManager.getModifierKeys().indexOf(event.keyCode) === -1) {\n\t\t// Get the shortcut text representation\n\t\tvar value = $tw.keyboardManager.getPrintableShortcuts([{\n\t\t\tctrlKey: event.ctrlKey,\n\t\t\tshiftKey: event.shiftKey,\n\t\t\taltKey: event.altKey,\n\t\t\tmetaKey: event.metaKey,\n\t\t\tkeyCode: event.keyCode\n\t\t}]);\n\t\tif(value.length > 0) {\n\t\t\tthis.wiki.setText(this.shortcutTiddler,this.shortcutField,this.shortcutIndex,value[0]);\n\t\t}\n\t\t// Ignore the keydown if it was already handled\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn true;\t\t\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget needed re-rendering\n*/\nEditShortcutWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.placeholder || changedAttributes[\"default\"] || changedAttributes[\"class\"] || changedAttributes.style || changedAttributes.tooltip || changedAttributes[\"aria-label\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else if(changedTiddlers[this.shortcutTiddler]) {\n\t\tthis.updateInputNode();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports[\"edit-shortcut\"] = EditShortcutWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit-shortcut.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-text.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-text.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-text widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar editTextWidgetFactory = require(\"$:/core/modules/editor/factory.js\").editTextWidgetFactory,\n\tFramedEngine = require(\"$:/core/modules/editor/engines/framed.js\").FramedEngine,\n\tSimpleEngine = require(\"$:/core/modules/editor/engines/simple.js\").SimpleEngine;\n\nexports[\"edit-text\"] = editTextWidgetFactory(FramedEngine,SimpleEngine);\n\n})();\n",
"title": "$:/core/modules/widgets/edit-text.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit.js\ntype: application/javascript\nmodule-type: widget\n\nEdit widget is a meta-widget chooses the appropriate actual editting widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n// Mappings from content type to editor type are stored in tiddlers with this prefix\nvar EDITOR_MAPPING_PREFIX = \"$:/config/EditorTypeMappings/\";\n\n/*\nCompute the internal state of the widget\n*/\nEditWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.editField = this.getAttribute(\"field\",\"text\");\n\tthis.editIndex = this.getAttribute(\"index\");\n\tthis.editClass = this.getAttribute(\"class\");\n\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\t// Choose the appropriate edit widget\n\tthis.editorType = this.getEditorType();\n\t// Make the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"edit-\" + this.editorType,\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: this.editTitle},\n\t\t\tfield: {type: \"string\", value: this.editField},\n\t\t\tindex: {type: \"string\", value: this.editIndex},\n\t\t\t\"class\": {type: \"string\", value: this.editClass},\n\t\t\t\"placeholder\": {type: \"string\", value: this.editPlaceholder}\n\t\t},\n\t\tchildren: this.parseTreeNode.children\n\t}]);\n};\n\nEditWidget.prototype.getEditorType = function() {\n\t// Get the content type of the thing we're editing\n\tvar type;\n\tif(this.editField === \"text\") {\n\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\tif(tiddler) {\n\t\t\ttype = tiddler.fields.type;\n\t\t}\n\t}\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar editorType = this.wiki.getTiddlerText(EDITOR_MAPPING_PREFIX + type);\n\tif(!editorType) {\n\t\tvar typeInfo = $tw.config.contentTypeInfo[type];\n\t\tif(typeInfo && typeInfo.encoding === \"base64\") {\n\t\t\teditorType = \"binary\";\n\t\t} else {\n\t\t\teditorType = \"text\";\n\t\t}\n\t}\n\treturn editorType;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Refresh if an attribute has changed, or the type associated with the target tiddler has changed\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || (changedTiddlers[this.editTitle] && this.getEditorType() !== this.editorType)) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.edit = EditWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/element.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/element.js\ntype: application/javascript\nmodule-type: widget\n\nElement widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ElementWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nElementWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nElementWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Neuter blacklisted elements\n\tvar tag = this.parseTreeNode.tag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"safe-\" + tag;\n\t}\n\tvar domNode = this.document.createElementNS(this.namespace,tag);\n\tthis.assignAttributes(domNode,{excludeEventAttributes: true});\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nElementWidget.prototype.execute = function() {\n\t// Select the namespace for the tag\n\tvar tagNamespaces = {\n\t\t\tsvg: \"http://www.w3.org/2000/svg\",\n\t\t\tmath: \"http://www.w3.org/1998/Math/MathML\",\n\t\t\tbody: \"http://www.w3.org/1999/xhtml\"\n\t\t};\n\tthis.namespace = tagNamespaces[this.parseTreeNode.tag];\n\tif(this.namespace) {\n\t\tthis.setVariable(\"namespace\",this.namespace);\n\t} else {\n\t\tthis.namespace = this.getVariable(\"namespace\",{defaultValue: \"http://www.w3.org/1999/xhtml\"});\n\t}\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nElementWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\thasChangedAttributes = $tw.utils.count(changedAttributes) > 0;\n\tif(hasChangedAttributes) {\n\t\t// Update our attributes\n\t\tthis.assignAttributes(this.domNodes[0],{excludeEventAttributes: true});\n\t}\n\treturn this.refreshChildren(changedTiddlers) || hasChangedAttributes;\n};\n\nexports.element = ElementWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/element.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/encrypt.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/encrypt.js\ntype: application/javascript\nmodule-type: widget\n\nEncrypt widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EncryptWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEncryptWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEncryptWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.encryptedText);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEncryptWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\",\"[!is[system]]\");\n\t// Encrypt the filtered tiddlers\n\tvar tiddlers = this.wiki.filterTiddlers(this.filter),\n\t\tjson = {},\n\t\tself = this;\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title),\n\t\t\tjsonTiddler = {};\n\t\tfor(var f in tiddler.fields) {\n\t\t\tjsonTiddler[f] = tiddler.getFieldString(f);\n\t\t}\n\t\tjson[title] = jsonTiddler;\n\t});\n\tthis.encryptedText = $tw.utils.htmlEncode($tw.crypto.encrypt(JSON.stringify(json)));\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEncryptWidget.prototype.refresh = function(changedTiddlers) {\n\t// We don't need to worry about refreshing because the encrypt widget isn't for interactive use\n\treturn false;\n};\n\nexports.encrypt = EncryptWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/encrypt.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/entity.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/entity.js\ntype: application/javascript\nmodule-type: widget\n\nHTML entity widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EntityWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEntityWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEntityWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar entityString = this.getAttribute(\"entity\",this.parseTreeNode.entity || \"\"),\n\t\ttextNode = this.document.createTextNode($tw.utils.entityDecode(entityString));\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEntityWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEntityWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.entity) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.entity = EntityWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/entity.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/fieldmangler.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/fieldmangler.js\ntype: application/javascript\nmodule-type: widget\n\nField mangler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldManglerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-remove-field\", handler: \"handleRemoveFieldEvent\"},\n\t\t{type: \"tm-add-field\", handler: \"handleAddFieldEvent\"},\n\t\t{type: \"tm-remove-tag\", handler: \"handleRemoveTagEvent\"},\n\t\t{type: \"tm-add-tag\", handler: \"handleAddTagEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldManglerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldManglerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldManglerWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.mangleTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldManglerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nFieldManglerWidget.prototype.handleRemoveFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tdeletion = {};\n\tdeletion[event.param] = undefined;\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,deletion));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\taddition = this.wiki.getModificationFields(),\n\t\thadInvalidFieldName = false,\n\t\taddField = function(name,value) {\n\t\t\tvar trimmedName = name.toLowerCase().trim();\n\t\t\tif(!$tw.utils.isValidFieldName(trimmedName)) {\n\t\t\t\tif(!hadInvalidFieldName) {\n\t\t\t\t\talert($tw.language.getString(\n\t\t\t\t\t\t\"InvalidFieldName\",\n\t\t\t\t\t\t{variables:\n\t\t\t\t\t\t\t{fieldName: trimmedName}\n\t\t\t\t\t\t}\n\t\t\t\t\t));\n\t\t\t\t\thadInvalidFieldName = true;\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tif(!value && tiddler) {\n\t\t\t\t\tvalue = tiddler.fields[trimmedName];\n\t\t\t\t}\n\t\t\t\taddition[trimmedName] = value || \"\";\n\t\t\t}\n\t\t\treturn;\n\t\t};\n\taddition.title = this.mangleTitle;\n\tif(typeof event.param === \"string\") {\n\t\taddField(event.param,\"\");\n\t}\n\tif(typeof event.paramObject === \"object\") {\n\t\tfor(var name in event.paramObject) {\n\t\t\taddField(name,event.paramObject[name]);\n\t\t}\n\t}\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,addition));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleRemoveTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle);\n\tif(tiddler && tiddler.fields.tags) {\n\t\tvar p = tiddler.fields.tags.indexOf(event.param);\n\t\tif(p !== -1) {\n\t\t\tvar modification = this.wiki.getModificationFields();\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\tmodification.tags.splice(p,1);\n\t\t\tif(modification.tags.length === 0) {\n\t\t\t\tmodification.tags = undefined;\n\t\t\t}\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\n\t\t}\n\t}\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle);\n\tif(tiddler && typeof event.param === \"string\") {\n\t\tvar tag = event.param.trim();\n\t\tif(tag !== \"\") {\n\t\t\tvar modification = this.wiki.getModificationFields();\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\t$tw.utils.pushTop(modification.tags,tag);\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\t\t\t\n\t\t}\n\t} else if(typeof event.param === \"string\" && event.param.trim() !== \"\" && this.mangleTitle.trim() !== \"\") {\n\t\tvar tag = [];\n\t\ttag.push(event.param.trim());\n\t\tthis.wiki.addTiddler({title: this.mangleTitle, tags: tag});\t\t\n\t}\n\treturn true;\n};\n\nexports.fieldmangler = FieldManglerWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/fieldmangler.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/fields.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/fields.js\ntype: application/javascript\nmodule-type: widget\n\nFields widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldsWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldsWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldsWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.template = this.getAttribute(\"template\");\n\tthis.exclude = this.getAttribute(\"exclude\");\n\tthis.stripTitlePrefix = this.getAttribute(\"stripTitlePrefix\",\"no\") === \"yes\";\n\t// Get the value to display\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\t// Get the exclusion list\n\tvar exclude;\n\tif(this.exclude) {\n\t\texclude = this.exclude.split(\" \");\n\t} else {\n\t\texclude = [\"text\"]; \n\t}\n\t// Compose the template\n\tvar text = [];\n\tif(this.template && tiddler) {\n\t\tvar fields = [];\n\t\tfor(var fieldName in tiddler.fields) {\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tfields.push(fieldName);\n\t\t\t}\n\t\t}\n\t\tfields.sort();\n\t\tfor(var f=0; f<fields.length; f++) {\n\t\t\tfieldName = fields[f];\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tvar row = this.template,\n\t\t\t\t\tvalue = tiddler.getFieldString(fieldName);\n\t\t\t\tif(this.stripTitlePrefix && fieldName === \"title\") {\n\t\t\t\t\tvar reStrip = /^\\{[^\\}]+\\}(.+)/mg,\n\t\t\t\t\t\treMatch = reStrip.exec(value);\n\t\t\t\t\tif(reMatch) {\n\t\t\t\t\t\tvalue = reMatch[1];\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\trow = $tw.utils.replaceString(row,\"$name$\",fieldName);\n\t\t\t\trow = $tw.utils.replaceString(row,\"$value$\",value);\n\t\t\t\trow = $tw.utils.replaceString(row,\"$encoded_value$\",$tw.utils.htmlEncode(value));\n\t\t\t\ttext.push(row);\n\t\t\t}\n\t\t}\n\t}\n\tthis.text = text.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.template || changedAttributes.exclude || changedAttributes.stripTitlePrefix || changedTiddlers[this.tiddlerTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.fields = FieldsWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/fields.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/image.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/image.js\ntype: application/javascript\nmodule-type: widget\n\nThe image widget displays an image referenced with an external URI or with a local tiddler title.\n\n```\n<$image src=\"TiddlerTitle\" width=\"320\" height=\"400\" class=\"classnames\">\n```\n\nThe image source can be the title of an existing tiddler or the URL of an external image.\n\nExternal images always generate an HTML `<img>` tag.\n\nTiddlers that have a _canonical_uri field generate an HTML `<img>` tag with the src attribute containing the URI.\n\nTiddlers that contain image data generate an HTML `<img>` tag with the src attribute containing a base64 representation of the image.\n\nTiddlers that contain wikitext could be rendered to a DIV of the usual size of a tiddler, and then transformed to the size requested.\n\nThe width and height attributes are interpreted as a number of pixels, and do not need to include the \"px\" suffix.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\t// Determine what type of image it is\n\tvar tag = \"img\", src = \"\",\n\t\ttiddler = this.wiki.getTiddler(this.imageSource);\n\tif(!tiddler) {\n\t\t// The source isn't the title of a tiddler, so we'll assume it's a URL\n\t\tsrc = this.getVariable(\"tv-get-export-image-link\",{params: [{name: \"src\",value: this.imageSource}],defaultValue: this.imageSource});\n\t} else {\n\t\t// Check if it is an image tiddler\n\t\tif(this.wiki.isImageTiddler(this.imageSource)) {\n\t\t\tvar type = tiddler.fields.type,\n\t\t\t\ttext = tiddler.fields.text,\n\t\t\t\t_canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t// If the tiddler has body text then it doesn't need to be lazily loaded\n\t\t\tif(text) {\n\t\t\t\t// Render the appropriate element for the image type\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = \"data:application/pdf;base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = \"data:image/svg+xml,\" + encodeURIComponent(text);\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = \"data:\" + type + \";base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t} else if(_canonical_uri) {\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\t\n\t\t\t} else {\n\t\t\t\t// Just trigger loading of the tiddler\n\t\t\t\tthis.wiki.getTiddlerText(this.imageSource);\n\t\t\t}\n\t\t}\n\t}\n\t// Create the element and assign the attributes\n\tvar domNode = this.document.createElement(tag);\n\tdomNode.setAttribute(\"src\",src);\n\tif(this.imageClass) {\n\t\tdomNode.setAttribute(\"class\",this.imageClass);\t\t\n\t}\n\tif(this.imageWidth) {\n\t\tdomNode.setAttribute(\"width\",this.imageWidth);\n\t}\n\tif(this.imageHeight) {\n\t\tdomNode.setAttribute(\"height\",this.imageHeight);\n\t}\n\tif(this.imageTooltip) {\n\t\tdomNode.setAttribute(\"title\",this.imageTooltip);\t\t\n\t}\n\tif(this.imageAlt) {\n\t\tdomNode.setAttribute(\"alt\",this.imageAlt);\t\t\n\t}\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImageWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.imageSource = this.getAttribute(\"source\");\n\tthis.imageWidth = this.getAttribute(\"width\");\n\tthis.imageHeight = this.getAttribute(\"height\");\n\tthis.imageClass = this.getAttribute(\"class\");\n\tthis.imageTooltip = this.getAttribute(\"tooltip\");\n\tthis.imageAlt = this.getAttribute(\"alt\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.source || changedAttributes.width || changedAttributes.height || changedAttributes[\"class\"] || changedAttributes.tooltip || changedTiddlers[this.imageSource]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\t\n\t}\n};\n\nexports.image = ImageWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/image.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/importvariables.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/importvariables.js\ntype: application/javascript\nmodule-type: widget\n\nImport variable definitions from other tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImportVariablesWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImportVariablesWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImportVariablesWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImportVariablesWidget.prototype.execute = function(tiddlerList) {\n\tvar self = this;\n\t// Get our parameters\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Compute the filter\n\tthis.tiddlerList = tiddlerList || this.wiki.filterTiddlers(this.filter,this);\n\t// Accumulate the <$set> widgets from each tiddler\n\tvar widgetStackStart,widgetStackEnd;\n\tfunction addWidgetNode(widgetNode) {\n\t\tif(widgetNode) {\n\t\t\tif(!widgetStackStart && !widgetStackEnd) {\n\t\t\t\twidgetStackStart = widgetNode;\n\t\t\t\twidgetStackEnd = widgetNode;\n\t\t\t} else {\n\t\t\t\twidgetStackEnd.children = [widgetNode];\n\t\t\t\twidgetStackEnd = widgetNode;\n\t\t\t}\n\t\t}\n\t}\n\t$tw.utils.each(this.tiddlerList,function(title) {\n\t\tvar parser = self.wiki.parseTiddler(title);\n\t\tif(parser) {\n\t\t\tvar parseTreeNode = parser.tree[0];\n\t\t\twhile(parseTreeNode && parseTreeNode.type === \"set\") {\n\t\t\t\taddWidgetNode({\n\t\t\t\t\ttype: \"set\",\n\t\t\t\t\tattributes: parseTreeNode.attributes,\n\t\t\t\t\tparams: parseTreeNode.params\n\t\t\t\t});\n\t\t\t\tparseTreeNode = parseTreeNode.children[0];\n\t\t\t}\n\t\t} \n\t});\n\t// Add our own children to the end of the pile\n\tvar parseTreeNodes;\n\tif(widgetStackStart && widgetStackEnd) {\n\t\tparseTreeNodes = [widgetStackStart];\n\t\twidgetStackEnd.children = this.parseTreeNode.children;\n\t} else {\n\t\tparseTreeNodes = this.parseTreeNode.children;\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImportVariablesWidget.prototype.refresh = function(changedTiddlers) {\n\t// Recompute our attributes and the filter list\n\tvar changedAttributes = this.computeAttributes(),\n\t\ttiddlerList = this.wiki.filterTiddlers(this.getAttribute(\"filter\"),this);\n\t// Refresh if the filter has changed, or the list of tiddlers has changed, or any of the tiddlers in the list has changed\n\tfunction haveListedTiddlersChanged() {\n\t\tvar changed = false;\n\t\ttiddlerList.forEach(function(title) {\n\t\t\tif(changedTiddlers[title]) {\n\t\t\t\tchanged = true;\n\t\t\t}\n\t\t});\n\t\treturn changed;\n\t}\n\tif(changedAttributes.filter || !$tw.utils.isArrayEqual(this.tiddlerList,tiddlerList) || haveListedTiddlersChanged()) {\n\t\t// Compute the filter\n\t\tthis.removeChildDomNodes();\n\t\tthis.execute(tiddlerList);\n\t\tthis.renderChildren(this.parentDomNode,this.findNextSiblingDomNode());\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.importvariables = ImportVariablesWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/importvariables.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/keyboard.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/keyboard.js\ntype: application/javascript\nmodule-type: widget\n\nKeyboard shortcut widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar KeyboardWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nKeyboardWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nKeyboardWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.tag && $tw.config.htmlUnsafeElements.indexOf(this.tag) === -1) {\n\t\ttag = this.tag;\n\t}\n\t// Create element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = (this[\"class\"] || \"\").split(\" \");\n\tclasses.push(\"tc-keyboard\");\n\tdomNode.className = classes.join(\" \");\n\t// Add a keyboard event handler\n\tdomNode.addEventListener(\"keydown\",function (event) {\n\t\tif($tw.keyboardManager.checkKeyDescriptors(event,self.keyInfoArray)) {\n\t\t\tself.invokeActions(self,event);\n\t\t\tif(self.actions) {\n\t\t\t\tself.invokeActionString(self.actions,self,event);\n\t\t\t}\n\t\t\tself.dispatchMessage(event);\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t\treturn true;\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nKeyboardWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\")});\n};\n\n/*\nCompute the internal state of the widget\n*/\nKeyboardWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.actions = this.getAttribute(\"actions\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.key = this.getAttribute(\"key\");\n\tthis.tag = this.getAttribute(\"tag\");\n\tthis.keyInfoArray = $tw.keyboardManager.parseKeyDescriptors(this.key);\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nKeyboardWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.message || changedAttributes.param || changedAttributes.key || changedAttributes[\"class\"] || changedAttributes.tag) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.keyboard = KeyboardWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/keyboard.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/link.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/link.js\ntype: application/javascript\nmodule-type: widget\n\nLink widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\nvar MISSING_LINK_CONFIG_TITLE = \"$:/config/MissingLinks\";\n\nvar LinkWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the value of the tv-wikilinks configuration macro\n\tvar wikiLinksMacro = this.getVariable(\"tv-wikilinks\"),\n\t\tuseWikiLinks = wikiLinksMacro ? (wikiLinksMacro.trim() !== \"no\") : true,\n\t\tmissingLinksEnabled = !(this.hideMissingLinks && this.isMissing && !this.isShadow);\n\t// Render the link if required\n\tif(useWikiLinks && missingLinksEnabled) {\n\t\tthis.renderLink(parent,nextSibling);\n\t} else {\n\t\t// Just insert the link text\n\t\tvar domNode = this.document.createElement(\"span\");\n\t\tparent.insertBefore(domNode,nextSibling);\n\t\tthis.renderChildren(domNode,null);\n\t\tthis.domNodes.push(domNode);\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.renderLink = function(parent,nextSibling) {\n\tvar self = this;\n\t// Sanitise the specified tag\n\tvar tag = this.linkTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"a\";\n\t}\n\t// Create our element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = [];\n\tif(this.linkClasses) {\n\t\tclasses.push(this.linkClasses);\n\t}\n\tclasses.push(\"tc-tiddlylink\");\n\tif(this.isShadow) {\n\t\tclasses.push(\"tc-tiddlylink-shadow\");\n\t}\n\tif(this.isMissing && !this.isShadow) {\n\t\tclasses.push(\"tc-tiddlylink-missing\");\n\t} else {\n\t\tif(!this.isMissing) {\n\t\t\tclasses.push(\"tc-tiddlylink-resolves\");\n\t\t}\n\t}\n\tdomNode.setAttribute(\"class\",classes.join(\" \"));\n\t// Set an href\n\tvar wikiLinkTemplateMacro = this.getVariable(\"tv-wikilink-template\"),\n\t\twikiLinkTemplate = wikiLinkTemplateMacro ? wikiLinkTemplateMacro.trim() : \"#$uri_encoded$\",\n\t\twikiLinkText = $tw.utils.replaceString(wikiLinkTemplate,\"$uri_encoded$\",encodeURIComponent(this.to));\n\twikiLinkText = $tw.utils.replaceString(wikiLinkText,\"$uri_doubleencoded$\",encodeURIComponent(encodeURIComponent(this.to)));\n\twikiLinkText = this.getVariable(\"tv-get-export-link\",{params: [{name: \"to\",value: this.to}],defaultValue: wikiLinkText});\n\tif(tag === \"a\") {\n\t\tdomNode.setAttribute(\"href\",wikiLinkText);\n\t}\n\tif(this.tabIndex) {\n\t\tdomNode.setAttribute(\"tabindex\",this.tabIndex);\n\t}\n\t// Set the tooltip\n\t// HACK: Performance issues with re-parsing the tooltip prevent us defaulting the tooltip to \"<$transclude field='tooltip'><$transclude field='title'/></$transclude>\"\n\tvar tooltipWikiText = this.tooltip || this.getVariable(\"tv-wikilink-tooltip\");\n\tif(tooltipWikiText) {\n\t\tvar tooltipText = this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",tooltipWikiText,{\n\t\t\t\tparseAsInline: true,\n\t\t\t\tvariables: {\n\t\t\t\t\tcurrentTiddler: this.to\n\t\t\t\t},\n\t\t\t\tparentWidget: this\n\t\t\t});\n\t\tdomNode.setAttribute(\"title\",tooltipText);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"click\", handlerObject: this, handlerMethod: \"handleClickEvent\"},\n\t]);\n\t// Make the link draggable if required\n\tif(this.draggable === \"yes\") {\n\t\t$tw.utils.makeDraggable({\n\t\t\tdomNode: domNode,\n\t\t\tdragTiddlerFn: function() {return self.to;},\n\t\t\twidget: this\n\t\t});\n\t}\n\t// Insert the link into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nLinkWidget.prototype.handleClickEvent = function(event) {\n\t// Send the click on its way as a navigate event\n\tvar bounds = this.domNodes[0].getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1)\n\t});\n\tif(this.domNodes[0].hasAttribute(\"href\")) {\n\t\tevent.preventDefault();\n\t}\n\tevent.stopPropagation();\n\treturn false;\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkWidget.prototype.execute = function() {\n\t// Pick up our attributes\n\tthis.to = this.getAttribute(\"to\",this.getVariable(\"currentTiddler\"));\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.linkClasses = this.getAttribute(\"class\");\n\tthis.tabIndex = this.getAttribute(\"tabindex\");\n\tthis.draggable = this.getAttribute(\"draggable\",\"yes\");\n\tthis.linkTag = this.getAttribute(\"tag\",\"a\");\n\t// Determine the link characteristics\n\tthis.isMissing = !this.wiki.tiddlerExists(this.to);\n\tthis.isShadow = this.wiki.isShadowTiddler(this.to);\n\tthis.hideMissingLinks = ($tw.wiki.getTiddlerText(MISSING_LINK_CONFIG_TITLE,\"yes\") === \"no\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedTiddlers[this.to] || changedAttributes[\"aria-label\"] || changedAttributes.tooltip || changedTiddlers[MISSING_LINK_CONFIG_TITLE]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.link = LinkWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/link.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/linkcatcher.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/linkcatcher.js\ntype: application/javascript\nmodule-type: widget\n\nLinkcatcher widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar LinkCatcherWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkCatcherWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkCatcherWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkCatcherWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.catchTo = this.getAttribute(\"to\");\n\tthis.catchMessage = this.getAttribute(\"message\");\n\tthis.catchSet = this.getAttribute(\"set\");\n\tthis.catchSetTo = this.getAttribute(\"setTo\");\n\tthis.catchActions = this.getAttribute(\"actions\");\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkCatcherWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.set || changedAttributes.setTo) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\n/*\nHandle a tm-navigate event\n*/\nLinkCatcherWidget.prototype.handleNavigateEvent = function(event) {\n\tif(this.catchTo) {\n\t\tthis.wiki.setTextReference(this.catchTo,event.navigateTo,this.getVariable(\"currentTiddler\"));\n\t}\n\tif(this.catchMessage && this.parentWidget) {\n\t\tthis.parentWidget.dispatchEvent({\n\t\t\ttype: this.catchMessage,\n\t\t\tparam: event.navigateTo,\n\t\t\tnavigateTo: event.navigateTo\n\t\t});\n\t}\n\tif(this.catchSet) {\n\t\tvar tiddler = this.wiki.getTiddler(this.catchSet);\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,{title: this.catchSet, text: this.catchSetTo}));\n\t}\n\tif(this.catchActions) {\n\t\tthis.invokeActionString(this.catchActions,this);\n\t}\n\treturn false;\n};\n\nexports.linkcatcher = LinkCatcherWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/linkcatcher.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/list.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/list.js\ntype: application/javascript\nmodule-type: widget\n\nList and list item widgets\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\n/*\nThe list widget creates list element sub-widgets that reach back into the list widget for their configuration\n*/\n\nvar ListWidget = function(parseTreeNode,options) {\n\t// Initialise the storyviews if they've not been done already\n\tif(!this.storyViews) {\n\t\tListWidget.prototype.storyViews = {};\n\t\t$tw.modules.applyMethods(\"storyview\",this.storyViews);\n\t}\n\t// Main initialisation inherited from widget.js\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\t// Construct the storyview\n\tvar StoryView = this.storyViews[this.storyViewName];\n\tif(this.storyViewName && !StoryView) {\n\t\tStoryView = this.storyViews[\"classic\"];\n\t}\n\tif(StoryView && !this.document.isTiddlyWikiFakeDom) {\n\t\tthis.storyview = new StoryView(this);\n\t} else {\n\t\tthis.storyview = null;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nListWidget.prototype.execute = function() {\n\t// Get our attributes\n\tthis.template = this.getAttribute(\"template\");\n\tthis.editTemplate = this.getAttribute(\"editTemplate\");\n\tthis.variableName = this.getAttribute(\"variable\",\"currentTiddler\");\n\tthis.storyViewName = this.getAttribute(\"storyview\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\t// Compose the list elements\n\tthis.list = this.getTiddlerList();\n\tvar members = [],\n\t\tself = this;\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\tmembers = this.getEmptyMessage();\n\t} else {\n\t\t$tw.utils.each(this.list,function(title,index) {\n\t\t\tmembers.push(self.makeItemTemplate(title));\n\t\t});\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(members);\n\t// Clear the last history\n\tthis.history = [];\n};\n\nListWidget.prototype.getTiddlerList = function() {\n\tvar defaultFilter = \"[!is[system]sort[title]]\";\n\treturn this.wiki.filterTiddlers(this.getAttribute(\"filter\",defaultFilter),this);\n};\n\nListWidget.prototype.getEmptyMessage = function() {\n\tvar emptyMessage = this.getAttribute(\"emptyMessage\",\"\"),\n\t\tparser = this.wiki.parseText(\"text/vnd.tiddlywiki\",emptyMessage,{parseAsInline: true});\n\tif(parser) {\n\t\treturn parser.tree;\n\t} else {\n\t\treturn [];\n\t}\n};\n\n/*\nCompose the template for a list item\n*/\nListWidget.prototype.makeItemTemplate = function(title) {\n\t// Check if the tiddler is a draft\n\tvar tiddler = this.wiki.getTiddler(title),\n\t\tisDraft = tiddler && tiddler.hasField(\"draft.of\"),\n\t\ttemplate = this.template,\n\t\ttemplateTree;\n\tif(isDraft && this.editTemplate) {\n\t\ttemplate = this.editTemplate;\n\t}\n\t// Compose the transclusion of the template\n\tif(template) {\n\t\ttemplateTree = [{type: \"transclude\", attributes: {tiddler: {type: \"string\", value: template}}}];\n\t} else {\n\t\tif(this.parseTreeNode.children && this.parseTreeNode.children.length > 0) {\n\t\t\ttemplateTree = this.parseTreeNode.children;\n\t\t} else {\n\t\t\t// Default template is a link to the title\n\t\t\ttemplateTree = [{type: \"element\", tag: this.parseTreeNode.isBlock ? \"div\" : \"span\", children: [{type: \"link\", attributes: {to: {type: \"string\", value: title}}, children: [\n\t\t\t\t\t{type: \"text\", text: title}\n\t\t\t]}]}];\n\t\t}\n\t}\n\t// Return the list item\n\treturn {type: \"listitem\", itemTitle: title, variableName: this.variableName, children: templateTree};\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tresult;\n\t// Call the storyview\n\tif(this.storyview && this.storyview.refreshStart) {\n\t\tthis.storyview.refreshStart(changedTiddlers,changedAttributes);\n\t}\n\t// Completely refresh if any of our attributes have changed\n\tif(changedAttributes.filter || changedAttributes.template || changedAttributes.editTemplate || changedAttributes.emptyMessage || changedAttributes.storyview || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\tresult = true;\n\t} else {\n\t\t// Handle any changes to the list\n\t\tresult = this.handleListChanges(changedTiddlers);\n\t\t// Handle any changes to the history stack\n\t\tif(this.historyTitle && changedTiddlers[this.historyTitle]) {\n\t\t\tthis.handleHistoryChanges();\n\t\t}\n\t}\n\t// Call the storyview\n\tif(this.storyview && this.storyview.refreshEnd) {\n\t\tthis.storyview.refreshEnd(changedTiddlers,changedAttributes);\n\t}\n\treturn result;\n};\n\n/*\nHandle any changes to the history list\n*/\nListWidget.prototype.handleHistoryChanges = function() {\n\t// Get the history data\n\tvar newHistory = this.wiki.getTiddlerDataCached(this.historyTitle,[]);\n\t// Ignore any entries of the history that match the previous history\n\tvar entry = 0;\n\twhile(entry < newHistory.length && entry < this.history.length && newHistory[entry].title === this.history[entry].title) {\n\t\tentry++;\n\t}\n\t// Navigate forwards to each of the new tiddlers\n\twhile(entry < newHistory.length) {\n\t\tif(this.storyview && this.storyview.navigateTo) {\n\t\t\tthis.storyview.navigateTo(newHistory[entry]);\n\t\t}\n\t\tentry++;\n\t}\n\t// Update the history\n\tthis.history = newHistory;\n};\n\n/*\nProcess any changes to the list\n*/\nListWidget.prototype.handleListChanges = function(changedTiddlers) {\n\t// Get the new list\n\tvar prevList = this.list;\n\tthis.list = this.getTiddlerList();\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\t// Check if it was empty before\n\t\tif(prevList.length === 0) {\n\t\t\t// If so, just refresh the empty message\n\t\t\treturn this.refreshChildren(changedTiddlers);\n\t\t} else {\n\t\t\t// Replace the previous content with the empty message\n\t\t\tfor(t=this.children.length-1; t>=0; t--) {\n\t\t\t\tthis.removeListItem(t);\n\t\t\t}\n\t\t\tvar nextSibling = this.findNextSiblingDomNode();\n\t\t\tthis.makeChildWidgets(this.getEmptyMessage());\n\t\t\tthis.renderChildren(this.parentDomNode,nextSibling);\n\t\t\treturn true;\n\t\t}\n\t} else {\n\t\t// If the list was empty then we need to remove the empty message\n\t\tif(prevList.length === 0) {\n\t\t\tthis.removeChildDomNodes();\n\t\t\tthis.children = [];\n\t\t}\n\t\t// Cycle through the list, inserting and removing list items as needed\n\t\tvar hasRefreshed = false;\n\t\tfor(var t=0; t<this.list.length; t++) {\n\t\t\tvar index = this.findListItem(t,this.list[t]);\n\t\t\tif(index === undefined) {\n\t\t\t\t// The list item must be inserted\n\t\t\t\tthis.insertListItem(t,this.list[t]);\n\t\t\t\thasRefreshed = true;\n\t\t\t} else {\n\t\t\t\t// There are intervening list items that must be removed\n\t\t\t\tfor(var n=index-1; n>=t; n--) {\n\t\t\t\t\tthis.removeListItem(n);\n\t\t\t\t\thasRefreshed = true;\n\t\t\t\t}\n\t\t\t\t// Refresh the item we're reusing\n\t\t\t\tvar refreshed = this.children[t].refresh(changedTiddlers);\n\t\t\t\thasRefreshed = hasRefreshed || refreshed;\n\t\t\t}\n\t\t}\n\t\t// Remove any left over items\n\t\tfor(t=this.children.length-1; t>=this.list.length; t--) {\n\t\t\tthis.removeListItem(t);\n\t\t\thasRefreshed = true;\n\t\t}\n\t\treturn hasRefreshed;\n\t}\n};\n\n/*\nFind the list item with a given title, starting from a specified position\n*/\nListWidget.prototype.findListItem = function(startIndex,title) {\n\twhile(startIndex < this.children.length) {\n\t\tif(this.children[startIndex].parseTreeNode.itemTitle === title) {\n\t\t\treturn startIndex;\n\t\t}\n\t\tstartIndex++;\n\t}\n\treturn undefined;\n};\n\n/*\nInsert a new list item at the specified index\n*/\nListWidget.prototype.insertListItem = function(index,title) {\n\t// Create, insert and render the new child widgets\n\tvar widget = this.makeChildWidget(this.makeItemTemplate(title));\n\twidget.parentDomNode = this.parentDomNode; // Hack to enable findNextSiblingDomNode() to work\n\tthis.children.splice(index,0,widget);\n\tvar nextSibling = widget.findNextSiblingDomNode();\n\twidget.render(this.parentDomNode,nextSibling);\n\t// Animate the insertion if required\n\tif(this.storyview && this.storyview.insert) {\n\t\tthis.storyview.insert(widget);\n\t}\n\treturn true;\n};\n\n/*\nRemove the specified list item\n*/\nListWidget.prototype.removeListItem = function(index) {\n\tvar widget = this.children[index];\n\t// Animate the removal if required\n\tif(this.storyview && this.storyview.remove) {\n\t\tthis.storyview.remove(widget);\n\t} else {\n\t\twidget.removeChildDomNodes();\n\t}\n\t// Remove the child widget\n\tthis.children.splice(index,1);\n};\n\nexports.list = ListWidget;\n\nvar ListItemWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListItemWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListItemWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nListItemWidget.prototype.execute = function() {\n\t// Set the current list item title\n\tthis.setVariable(this.parseTreeNode.variableName,this.parseTreeNode.itemTitle);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListItemWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.listitem = ListItemWidget;\n\n})();",
"title": "$:/core/modules/widgets/list.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/macrocall.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/macrocall.js\ntype: application/javascript\nmodule-type: widget\n\nMacrocall widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar MacroCallWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nMacroCallWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nMacroCallWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nMacroCallWidget.prototype.execute = function() {\n\t// Get the parse type if specified\n\tthis.parseType = this.getAttribute(\"$type\",\"text/vnd.tiddlywiki\");\n\tthis.renderOutput = this.getAttribute(\"$output\",\"text/html\");\n\t// Merge together the parameters specified in the parse tree with the specified attributes\n\tvar params = this.parseTreeNode.params ? this.parseTreeNode.params.slice(0) : [];\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparams.push({name: name, value: attribute});\t\t\t\n\t\t}\n\t});\n\t// Get the macro value\n\tvar text = this.getVariable(this.parseTreeNode.name || this.getAttribute(\"$name\"),{params: params}),\n\t\tparseTreeNodes;\n\t// Are we rendering to HTML?\n\tif(this.renderOutput === \"text/html\") {\n\t\t// If so we'll return the parsed macro\n\t\tvar parser = this.wiki.parseText(this.parseType,text,\n\t\t\t\t\t\t\t{parseAsInline: !this.parseTreeNode.isBlock});\n\t\tparseTreeNodes = parser ? parser.tree : [];\n\t} else {\n\t\t// Otherwise, we'll render the text\n\t\tvar plainText = this.wiki.renderText(\"text/plain\",this.parseType,text,{parentWidget: this});\n\t\tparseTreeNodes = [{type: \"text\", text: plainText}];\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nMacroCallWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif($tw.utils.count(changedAttributes) > 0) {\n\t\t// Rerender ourselves\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.macrocall = MacroCallWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/macrocall.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/navigator.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/navigator.js\ntype: application/javascript\nmodule-type: widget\n\nNavigator widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar IMPORT_TITLE = \"$:/Import\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigatorWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"},\n\t\t{type: \"tm-edit-tiddler\", handler: \"handleEditTiddlerEvent\"},\n\t\t{type: \"tm-delete-tiddler\", handler: \"handleDeleteTiddlerEvent\"},\n\t\t{type: \"tm-save-tiddler\", handler: \"handleSaveTiddlerEvent\"},\n\t\t{type: \"tm-cancel-tiddler\", handler: \"handleCancelTiddlerEvent\"},\n\t\t{type: \"tm-close-tiddler\", handler: \"handleCloseTiddlerEvent\"},\n\t\t{type: \"tm-close-all-tiddlers\", handler: \"handleCloseAllTiddlersEvent\"},\n\t\t{type: \"tm-close-other-tiddlers\", handler: \"handleCloseOtherTiddlersEvent\"},\n\t\t{type: \"tm-new-tiddler\", handler: \"handleNewTiddlerEvent\"},\n\t\t{type: \"tm-import-tiddlers\", handler: \"handleImportTiddlersEvent\"},\n\t\t{type: \"tm-perform-import\", handler: \"handlePerformImportEvent\"},\n\t\t{type: \"tm-fold-tiddler\", handler: \"handleFoldTiddlerEvent\"},\n\t\t{type: \"tm-fold-other-tiddlers\", handler: \"handleFoldOtherTiddlersEvent\"},\n\t\t{type: \"tm-fold-all-tiddlers\", handler: \"handleFoldAllTiddlersEvent\"},\n\t\t{type: \"tm-unfold-all-tiddlers\", handler: \"handleUnfoldAllTiddlersEvent\"},\n\t\t{type: \"tm-rename-tiddler\", handler: \"handleRenameTiddlerEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigatorWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigatorWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigatorWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.storyTitle = this.getAttribute(\"story\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nNavigatorWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.story || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nNavigatorWidget.prototype.getStoryList = function() {\n\treturn this.storyTitle ? this.wiki.getTiddlerList(this.storyTitle) : null;\n};\n\nNavigatorWidget.prototype.saveStoryList = function(storyList) {\n\tvar storyTiddler = this.wiki.getTiddler(this.storyTitle);\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\t{title: this.storyTitle},\n\t\tstoryTiddler,\n\t\t{list: storyList}\n\t));\n};\n\nNavigatorWidget.prototype.removeTitleFromStory = function(storyList,title) {\n\tvar p = storyList.indexOf(title);\n\twhile(p !== -1) {\n\t\tstoryList.splice(p,1);\n\t\tp = storyList.indexOf(title);\n\t}\n};\n\nNavigatorWidget.prototype.replaceFirstTitleInStory = function(storyList,oldTitle,newTitle) {\n\tvar pos = storyList.indexOf(oldTitle);\n\tif(pos !== -1) {\n\t\tstoryList[pos] = newTitle;\n\t\tdo {\n\t\t\tpos = storyList.indexOf(oldTitle,pos + 1);\n\t\t\tif(pos !== -1) {\n\t\t\t\tstoryList.splice(pos,1);\n\t\t\t}\n\t\t} while(pos !== -1);\n\t} else {\n\t\tstoryList.splice(0,0,newTitle);\n\t}\n};\n\nNavigatorWidget.prototype.addToStory = function(title,fromTitle) {\n\tvar storyList = this.getStoryList();\n\t// Quit if we cannot get hold of the story list\n\tif(!storyList) {\n\t\treturn;\n\t}\n\t// See if the tiddler is already there\n\tvar slot = storyList.indexOf(title);\n\t// Quit if it already exists in the story river\n\tif(slot >= 0) {\n\t\treturn;\n\t}\n\t// First we try to find the position of the story element we navigated from\n\tvar fromIndex = storyList.indexOf(fromTitle);\n\tif(fromIndex >= 0) {\n\t\t// The tiddler is added from inside the river\n\t\t// Determine where to insert the tiddler; Fallback is \"below\"\n\t\tswitch(this.getAttribute(\"openLinkFromInsideRiver\",\"below\")) {\n\t\t\tcase \"top\":\n\t\t\t\tslot = 0;\n\t\t\t\tbreak;\n\t\t\tcase \"bottom\":\n\t\t\t\tslot = storyList.length;\n\t\t\t\tbreak;\n\t\t\tcase \"above\":\n\t\t\t\tslot = fromIndex;\n\t\t\t\tbreak;\n\t\t\tcase \"below\": // Intentional fall-through\n\t\t\tdefault:\n\t\t\t\tslot = fromIndex + 1;\n\t\t\t\tbreak;\n\t\t}\n\t} else {\n\t\t// The tiddler is opened from outside the river. Determine where to insert the tiddler; default is \"top\"\n\t\tif(this.getAttribute(\"openLinkFromOutsideRiver\",\"top\") === \"bottom\") {\n\t\t\t// Insert at bottom\n\t\t\tslot = storyList.length;\n\t\t} else {\n\t\t\t// Insert at top\n\t\t\tslot = 0;\n\t\t}\n\t}\n\t// Add the tiddler\n\tstoryList.splice(slot,0,title);\n\t// Save the story\n\tthis.saveStoryList(storyList);\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\n*/\nNavigatorWidget.prototype.addToHistory = function(title,fromPageRect) {\n\tthis.wiki.addToHistory(title,fromPageRect,this.historyTitle);\n};\n\n/*\nHandle a tm-navigate event\n*/\nNavigatorWidget.prototype.handleNavigateEvent = function(event) {\n\tevent = $tw.hooks.invokeHook(\"th-navigating\",event);\n\tif(event.navigateTo) {\n\t\tthis.addToStory(event.navigateTo,event.navigateFromTitle);\n\t\tif(!event.navigateSuppressNavigation) {\n\t\t\tthis.addToHistory(event.navigateTo,event.navigateFromClientRect);\n\t\t}\n\t}\n\treturn false;\n};\n\n// Close a specified tiddler\nNavigatorWidget.prototype.handleCloseTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\tstoryList = this.getStoryList();\n\t// Look for tiddlers with this title to close\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\treturn false;\n};\n\n// Close all tiddlers\nNavigatorWidget.prototype.handleCloseAllTiddlersEvent = function(event) {\n\tthis.saveStoryList([]);\n\treturn false;\n};\n\n// Close other tiddlers\nNavigatorWidget.prototype.handleCloseOtherTiddlersEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle;\n\tthis.saveStoryList([title]);\n\treturn false;\n};\n\n// Place a tiddler in edit mode\nNavigatorWidget.prototype.handleEditTiddlerEvent = function(event) {\n\tvar self = this;\n\tfunction isUnmodifiedShadow(title) {\n\t\treturn self.wiki.isShadowTiddler(title) && !self.wiki.tiddlerExists(title);\n\t}\n\tfunction confirmEditShadow(title) {\n\t\treturn confirm($tw.language.getString(\n\t\t\t\"ConfirmEditShadowTiddler\",\n\t\t\t{variables:\n\t\t\t\t{title: title}\n\t\t\t}\n\t\t));\n\t}\n\tvar title = event.param || event.tiddlerTitle;\n\tif(isUnmodifiedShadow(title) && !confirmEditShadow(title)) {\n\t\treturn false;\n\t}\n\t// Replace the specified tiddler with a draft in edit mode\n\tvar draftTiddler = this.makeDraftTiddler(title);\n\t// Update the story and history if required\n\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\tvar draftTitle = draftTiddler.fields.title,\n\t\t\tstoryList = this.getStoryList();\n\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\t\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\t\tthis.saveStoryList(storyList);\n\t\treturn false;\n\t}\n};\n\n// Delete a tiddler\nNavigatorWidget.prototype.handleDeleteTiddlerEvent = function(event) {\n\t// Get the tiddler we're deleting\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList(),\n\t\toriginalTitle = tiddler ? tiddler.fields[\"draft.of\"] : \"\",\n\t\toriginalTiddler = originalTitle ? this.wiki.getTiddler(originalTitle) : undefined,\n\t\tconfirmationTitle;\n\tif(!tiddler) {\n\t\treturn false;\n\t}\n\t// Check if the tiddler we're deleting is in draft mode\n\tif(originalTitle) {\n\t\t// If so, we'll prompt for confirmation referencing the original tiddler\n\t\tconfirmationTitle = originalTitle;\n\t} else {\n\t\t// If not a draft, then prompt for confirmation referencing the specified tiddler\n\t\tconfirmationTitle = title;\n\t}\n\t// Seek confirmation\n\tif((this.wiki.getTiddler(originalTitle) || (tiddler.fields.text || \"\") !== \"\") && !confirm($tw.language.getString(\n\t\t\t\t\"ConfirmDeleteTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: confirmationTitle}\n\t\t\t\t}\n\t\t\t))) {\n\t\treturn false;\n\t}\n\t// Delete the original tiddler\n\tif(originalTitle) {\n\t\tif(originalTiddler) {\n\t\t\t$tw.hooks.invokeHook(\"th-deleting-tiddler\",originalTiddler);\n\t\t}\n\t\tthis.wiki.deleteTiddler(originalTitle);\n\t\tthis.removeTitleFromStory(storyList,originalTitle);\n\t}\n\t// Invoke the hook function and delete this tiddler\n\t$tw.hooks.invokeHook(\"th-deleting-tiddler\",tiddler);\n\tthis.wiki.deleteTiddler(title);\n\t// Remove the closed tiddler from the story\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\treturn false;\n};\n\n/*\nCreate/reuse the draft tiddler for a given title\n*/\nNavigatorWidget.prototype.makeDraftTiddler = function(targetTitle) {\n\t// See if there is already a draft tiddler for this tiddler\n\tvar draftTitle = this.wiki.findDraft(targetTitle);\n\tif(draftTitle) {\n\t\treturn this.wiki.getTiddler(draftTitle);\n\t}\n\t// Get the current value of the tiddler we're editing\n\tvar tiddler = this.wiki.getTiddler(targetTitle);\n\t// Save the initial value of the draft tiddler\n\tdraftTitle = this.generateDraftTitle(targetTitle);\n\tvar draftTiddler = new $tw.Tiddler(\n\t\t\ttiddler,\n\t\t\t{\n\t\t\t\ttitle: draftTitle,\n\t\t\t\t\"draft.title\": targetTitle,\n\t\t\t\t\"draft.of\": targetTitle\n\t\t\t},\n\t\t\tthis.wiki.getModificationFields()\n\t\t);\n\tthis.wiki.addTiddler(draftTiddler);\n\treturn draftTiddler;\n};\n\n/*\nGenerate a title for the draft of a given tiddler\n*/\nNavigatorWidget.prototype.generateDraftTitle = function(title) {\n\tvar c = 0,\n\t\tdraftTitle;\n\tdo {\n\t\tdraftTitle = \"Draft \" + (c ? (c + 1) + \" \" : \"\") + \"of '\" + title + \"'\";\n\t\tc++;\n\t} while(this.wiki.tiddlerExists(draftTitle));\n\treturn draftTitle;\n};\n\n// Take a tiddler out of edit mode, saving the changes\nNavigatorWidget.prototype.handleSaveTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList();\n\t// Replace the original tiddler with the draft\n\tif(tiddler) {\n\t\tvar draftTitle = (tiddler.fields[\"draft.title\"] || \"\").trim(),\n\t\t\tdraftOf = (tiddler.fields[\"draft.of\"] || \"\").trim();\n\t\tif(draftTitle) {\n\t\t\tvar isRename = draftOf !== draftTitle,\n\t\t\t\tisConfirmed = true;\n\t\t\tif(isRename && this.wiki.tiddlerExists(draftTitle)) {\n\t\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\t\"ConfirmOverwriteTiddler\",\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{title: draftTitle}\n\t\t\t\t\t}\n\t\t\t\t));\n\t\t\t}\n\t\t\tif(isConfirmed) {\n\t\t\t\t// Create the new tiddler and pass it through the th-saving-tiddler hook\n\t\t\t\tvar newTiddler = new $tw.Tiddler(this.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\ttitle: draftTitle,\n\t\t\t\t\t\"draft.title\": undefined,\n\t\t\t\t\t\"draft.of\": undefined\n\t\t\t\t},this.wiki.getModificationFields());\n\t\t\t\tnewTiddler = $tw.hooks.invokeHook(\"th-saving-tiddler\",newTiddler);\n\t\t\t\tthis.wiki.addTiddler(newTiddler);\n\t\t\t\t// If enabled, relink references to renamed tiddler\n\t\t\t\tvar shouldRelink = this.getAttribute(\"relinkOnRename\",\"no\").toLowerCase().trim() === \"yes\";\n\t\t\t\tif(isRename && shouldRelink && this.wiki.tiddlerExists(draftOf)) {\nconsole.log(\"Relinking '\" + draftOf + \"' to '\" + draftTitle + \"'\");\n\t\t\t\t\tthis.wiki.relinkTiddler(draftOf,draftTitle);\n\t\t\t\t}\n\t\t\t\t// Remove the draft tiddler\n\t\t\t\tthis.wiki.deleteTiddler(title);\n\t\t\t\t// Remove the original tiddler if we're renaming it\n\t\t\t\tif(isRename) {\n\t\t\t\t\tthis.wiki.deleteTiddler(draftOf);\n\t\t\t\t}\n\t\t\t\t// #2381 always remove new title & old\n\t\t\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\t\t\tthis.removeTitleFromStory(storyList,draftOf);\n\t\t\t\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\t\t\t\t// Replace the draft in the story with the original\n\t\t\t\t\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\t\t\t\t\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\t\t\t\t\tif(draftTitle !== this.storyTitle) {\n\t\t\t\t\t\tthis.saveStoryList(storyList);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// Trigger an autosave\n\t\t\t\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\n// Take a tiddler out of edit mode without saving the changes\nNavigatorWidget.prototype.handleCancelTiddlerEvent = function(event) {\n\t// Flip the specified tiddler from draft back to the original\n\tvar draftTitle = event.param || event.tiddlerTitle,\n\t\tdraftTiddler = this.wiki.getTiddler(draftTitle),\n\t\toriginalTitle = draftTiddler && draftTiddler.fields[\"draft.of\"];\n\tif(draftTiddler && originalTitle) {\n\t\t// Ask for confirmation if the tiddler text has changed\n\t\tvar isConfirmed = true,\n\t\t\toriginalTiddler = this.wiki.getTiddler(originalTitle),\n\t\t\tstoryList = this.getStoryList();\n\t\tif(this.wiki.isDraftModified(draftTitle)) {\n\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\"ConfirmCancelTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: draftTitle}\n\t\t\t\t}\n\t\t\t));\n\t\t}\n\t\t// Remove the draft tiddler\n\t\tif(isConfirmed) {\n\t\t\tthis.wiki.deleteTiddler(draftTitle);\n\t\t\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\t\t\tif(originalTiddler) {\n\t\t\t\t\tthis.replaceFirstTitleInStory(storyList,draftTitle,originalTitle);\n\t\t\t\t\tthis.addToHistory(originalTitle,event.navigateFromClientRect);\n\t\t\t\t} else {\n\t\t\t\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\t\t\t}\n\t\t\t\tthis.saveStoryList(storyList);\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\n// Create a new draft tiddler\n// event.param can either be the title of a template tiddler, or a hashmap of fields.\n//\n// The title of the newly created tiddler follows these rules:\n// * If a hashmap was used and a title field was specified, use that title\n// * If a hashmap was used without a title field, use a default title, if necessary making it unique with a numeric suffix\n// * If a template tiddler was used, use the title of the template, if necessary making it unique with a numeric suffix\n//\n// If a draft of the target tiddler already exists then it is reused\nNavigatorWidget.prototype.handleNewTiddlerEvent = function(event) {\n\t// Get the story details\n\tvar storyList = this.getStoryList(),\n\t\ttemplateTiddler, additionalFields, title, draftTitle, existingTiddler;\n\t// Get the template tiddler (if any)\n\tif(typeof event.param === \"string\") {\n\t\t// Get the template tiddler\n\t\ttemplateTiddler = this.wiki.getTiddler(event.param);\n\t\t// Generate a new title\n\t\ttitle = this.wiki.generateNewTitle(event.param || $tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t}\n\t// Get the specified additional fields\n\tif(typeof event.paramObject === \"object\") {\n\t\tadditionalFields = event.paramObject;\n\t}\n\tif(typeof event.param === \"object\") { // Backwards compatibility with 5.1.3\n\t\tadditionalFields = event.param;\n\t}\n\tif(additionalFields && additionalFields.title) {\n\t\ttitle = additionalFields.title;\n\t}\n\t// Generate a title if we don't have one\n\ttitle = title || this.wiki.generateNewTitle($tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t// Find any existing draft for this tiddler\n\tdraftTitle = this.wiki.findDraft(title);\n\t// Pull in any existing tiddler\n\tif(draftTitle) {\n\t\texistingTiddler = this.wiki.getTiddler(draftTitle);\n\t} else {\n\t\tdraftTitle = this.generateDraftTitle(title);\n\t\texistingTiddler = this.wiki.getTiddler(title);\n\t}\n\t// Merge the tags\n\tvar mergedTags = [];\n\tif(existingTiddler && existingTiddler.fields.tags) {\n\t\t$tw.utils.pushTop(mergedTags,existingTiddler.fields.tags);\n\t}\n\tif(additionalFields && additionalFields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,$tw.utils.parseStringArray(additionalFields.tags));\n\t}\n\tif(templateTiddler && templateTiddler.fields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,templateTiddler.fields.tags);\n\t}\n\t// Save the draft tiddler\n\tvar draftTiddler = new $tw.Tiddler({\n\t\t\ttext: \"\",\n\t\t\t\"draft.title\": title\n\t\t},\n\t\ttemplateTiddler,\n\t\texistingTiddler,\n\t\tadditionalFields,\n\t\tthis.wiki.getCreationFields(),\n\t\t{\n\t\t\ttitle: draftTitle,\n\t\t\t\"draft.of\": title,\n\t\t\ttags: mergedTags\n\t\t},this.wiki.getModificationFields());\n\tthis.wiki.addTiddler(draftTiddler);\n\t// Update the story to insert the new draft at the top and remove any existing tiddler\n\tif(storyList.indexOf(draftTitle) === -1) {\n\t\tvar slot = storyList.indexOf(event.navigateFromTitle);\n\t\tstoryList.splice(slot + 1,0,draftTitle);\n\t}\n\tif(storyList.indexOf(title) !== -1) {\n\t\tstoryList.splice(storyList.indexOf(title),1);\t\t\n\t}\n\tthis.saveStoryList(storyList);\n\t// Add a new record to the top of the history stack\n\tthis.addToHistory(draftTitle);\n\treturn false;\n};\n\n// Import JSON tiddlers into a pending import tiddler\nNavigatorWidget.prototype.handleImportTiddlersEvent = function(event) {\n\t// Get the tiddlers\n\tvar tiddlers = [];\n\ttry {\n\t\ttiddlers = JSON.parse(event.param);\t\n\t} catch(e) {\n\t}\n\t// Get the current $:/Import tiddler\n\tvar importTiddler = this.wiki.getTiddler(IMPORT_TITLE),\n\t\timportData = this.wiki.getTiddlerData(IMPORT_TITLE,{}),\n\t\tnewFields = new Object({\n\t\t\ttitle: IMPORT_TITLE,\n\t\t\ttype: \"application/json\",\n\t\t\t\"plugin-type\": \"import\",\n\t\t\t\"status\": \"pending\"\n\t\t}),\n\t\tincomingTiddlers = [];\n\t// Process each tiddler\n\timportData.tiddlers = importData.tiddlers || {};\n\t$tw.utils.each(tiddlers,function(tiddlerFields) {\n\t\tvar title = tiddlerFields.title;\n\t\tif(title) {\n\t\t\tincomingTiddlers.push(title);\n\t\t\timportData.tiddlers[title] = tiddlerFields;\n\t\t}\n\t});\n\t// Give the active upgrader modules a chance to process the incoming tiddlers\n\tvar messages = this.wiki.invokeUpgraders(incomingTiddlers,importData.tiddlers);\n\t$tw.utils.each(messages,function(message,title) {\n\t\tnewFields[\"message-\" + title] = message;\n\t});\n\t// Deselect any suppressed tiddlers\n\t$tw.utils.each(importData.tiddlers,function(tiddler,title) {\n\t\tif($tw.utils.count(tiddler) === 0) {\n\t\t\tnewFields[\"selection-\" + title] = \"unchecked\";\n\t\t}\n\t});\n\t// Save the $:/Import tiddler\n\tnewFields.text = JSON.stringify(importData,null,$tw.config.preferences.jsonSpaces);\n\tthis.wiki.addTiddler(new $tw.Tiddler(importTiddler,newFields));\n\t// Update the story and history details\n\tif(this.getVariable(\"tv-auto-open-on-import\") !== \"no\") {\n\t\tvar storyList = this.getStoryList(),\n\t\t\thistory = [];\n\t\t// Add it to the story\n\t\tif(storyList.indexOf(IMPORT_TITLE) === -1) {\n\t\t\tstoryList.unshift(IMPORT_TITLE);\n\t\t}\n\t\t// And to history\n\t\thistory.push(IMPORT_TITLE);\n\t\t// Save the updated story and history\n\t\tthis.saveStoryList(storyList);\n\t\tthis.addToHistory(history);\n\t}\n\treturn false;\n};\n\n// \nNavigatorWidget.prototype.handlePerformImportEvent = function(event) {\n\tvar self = this,\n\t\timportTiddler = this.wiki.getTiddler(event.param),\n\t\timportData = this.wiki.getTiddlerDataCached(event.param,{tiddlers: {}}),\n\t\timportReport = [];\n\t// Add the tiddlers to the store\n\timportReport.push($tw.language.getString(\"Import/Imported/Hint\") + \"\\n\");\n\t$tw.utils.each(importData.tiddlers,function(tiddlerFields) {\n\t\tvar title = tiddlerFields.title;\n\t\tif(title && importTiddler && importTiddler.fields[\"selection-\" + title] !== \"unchecked\") {\n\t\t\tvar tiddler = new $tw.Tiddler(tiddlerFields);\n\t\t\ttiddler = $tw.hooks.invokeHook(\"th-importing-tiddler\",tiddler);\n\t\t\tself.wiki.addTiddler(tiddler);\n\t\t\timportReport.push(\"# [[\" + tiddlerFields.title + \"]]\");\n\t\t}\n\t});\n\t// Replace the $:/Import tiddler with an import report\n\tthis.wiki.addTiddler(new $tw.Tiddler({\n\t\ttitle: event.param,\n\t\ttext: importReport.join(\"\\n\"),\n\t\t\"status\": \"complete\"\n\t}));\n\t// Navigate to the $:/Import tiddler\n\tthis.addToHistory([event.param]);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n};\n\nNavigatorWidget.prototype.handleFoldTiddlerEvent = function(event) {\n\tvar paramObject = event.paramObject || {};\n\tif(paramObject.foldedState) {\n\t\tvar foldedState = this.wiki.getTiddlerText(paramObject.foldedState,\"show\") === \"show\" ? \"hide\" : \"show\";\n\t\tthis.wiki.setText(paramObject.foldedState,\"text\",null,foldedState);\n\t}\n};\n\nNavigatorWidget.prototype.handleFoldOtherTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix;\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,event.param === title ? \"show\" : \"hide\");\n\t});\n};\n\nNavigatorWidget.prototype.handleFoldAllTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix;\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,\"hide\");\n\t});\n};\n\nNavigatorWidget.prototype.handleUnfoldAllTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix;\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,\"show\");\n\t});\n};\n\nNavigatorWidget.prototype.handleRenameTiddlerEvent = function(event) {\n\tvar paramObject = event.paramObject || {},\n\t\tfrom = paramObject.from || event.tiddlerTitle,\n\t\tto = paramObject.to;\n\t$tw.wiki.renameTiddler(from,to);\n};\n\nexports.navigator = NavigatorWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/navigator.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/password.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/password.js\ntype: application/javascript\nmodule-type: widget\n\nPassword widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar PasswordWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nPasswordWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nPasswordWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the current password\n\tvar password = $tw.browser ? $tw.utils.getPassword(this.passwordName) || \"\" : \"\";\n\t// Create our element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"password\");\n\tdomNode.setAttribute(\"value\",password);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nPasswordWidget.prototype.handleChangeEvent = function(event) {\n\tvar password = this.domNodes[0].value;\n\treturn $tw.utils.savePassword(this.passwordName,password);\n};\n\n/*\nCompute the internal state of the widget\n*/\nPasswordWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.passwordName = this.getAttribute(\"name\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nPasswordWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.password = PasswordWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/password.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/radio.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/radio.js\ntype: application/javascript\nmodule-type: widget\n\nSet a field or index at a given tiddler via radio buttons\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RadioWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRadioWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRadioWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",this.radioClass);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"radio\");\n\tif(this.getValue() == this.radioValue) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nRadioWidget.prototype.getValue = function() {\n\tvar value,\n\t\ttiddler = this.wiki.getTiddler(this.radioTitle);\n\tif (this.radioIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.radioTitle,this.radioIndex);\n\t} else {\n\t\tvalue = tiddler && tiddler.getFieldString(this.radioField);\n\t}\n\treturn value;\n};\n\nRadioWidget.prototype.setValue = function() {\n\tif(this.radioIndex) {\n\t\tthis.wiki.setText(this.radioTitle,\"\",this.radioIndex,this.radioValue);\n\t} else {\n\t\tvar tiddler = this.wiki.getTiddler(this.radioTitle),\n\t\t\taddition = {};\n\t\taddition[this.radioField] = this.radioValue;\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),{title: this.radioTitle},tiddler,addition,this.wiki.getModificationFields()));\n\t}\n};\n\nRadioWidget.prototype.handleChangeEvent = function(event) {\n\tif(this.inputDomNode.checked) {\n\t\tthis.setValue();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRadioWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.radioTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.radioField = this.getAttribute(\"field\",\"text\");\n\tthis.radioIndex = this.getAttribute(\"index\");\n\tthis.radioValue = this.getAttribute(\"value\");\n\tthis.radioClass = this.getAttribute(\"class\",\"\");\n\tif(this.radioClass !== \"\") {\n\t\tthis.radioClass += \" \";\n\t}\n\tthis.radioClass += \"tc-radio\";\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRadioWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.value || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.radioTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue() === this.radioValue;\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.radio = RadioWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/radio.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/raw.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/raw.js\ntype: application/javascript\nmodule-type: widget\n\nRaw widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RawWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRawWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRawWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar div = this.document.createElement(\"div\");\n\tdiv.innerHTML=this.parseTreeNode.html;\n\tparent.insertBefore(div,nextSibling);\n\tthis.domNodes.push(div);\t\n};\n\n/*\nCompute the internal state of the widget\n*/\nRawWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRawWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.raw = RawWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/raw.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/reveal.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/reveal.js\ntype: application/javascript\nmodule-type: widget\n\nReveal widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RevealWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRevealWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRevealWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.revealTag && $tw.config.htmlUnsafeElements.indexOf(this.revealTag) === -1) {\n\t\ttag = this.revealTag;\n\t}\n\tvar domNode = this.document.createElement(tag);\n\tvar classes = this[\"class\"].split(\" \") || [];\n\tclasses.push(\"tc-reveal\");\n\tdomNode.className = classes.join(\" \");\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\t}\n\tif(!this.isOpen) {\n\t\tdomNode.setAttribute(\"hidden\",\"true\");\n\t}\n\tthis.domNodes.push(domNode);\n};\n\nRevealWidget.prototype.positionPopup = function(domNode) {\n\tdomNode.style.position = \"absolute\";\n\tdomNode.style.zIndex = \"1000\";\n\tswitch(this.position) {\n\t\tcase \"left\":\n\t\t\tdomNode.style.left = (this.popup.left - domNode.offsetWidth) + \"px\";\n\t\t\tdomNode.style.top = this.popup.top + \"px\";\n\t\t\tbreak;\n\t\tcase \"above\":\n\t\t\tdomNode.style.left = this.popup.left + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top - domNode.offsetHeight) + \"px\";\n\t\t\tbreak;\n\t\tcase \"aboveright\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width) + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height - domNode.offsetHeight) + \"px\";\n\t\t\tbreak;\n\t\tcase \"right\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width) + \"px\";\n\t\t\tdomNode.style.top = this.popup.top + \"px\";\n\t\t\tbreak;\n\t\tcase \"belowleft\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width - domNode.offsetWidth) + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height) + \"px\";\n\t\t\tbreak;\n\t\tdefault: // Below\n\t\t\tdomNode.style.left = this.popup.left + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height) + \"px\";\n\t\t\tbreak;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRevealWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.state = this.getAttribute(\"state\");\n\tthis.revealTag = this.getAttribute(\"tag\");\n\tthis.type = this.getAttribute(\"type\");\n\tthis.text = this.getAttribute(\"text\");\n\tthis.position = this.getAttribute(\"position\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis.style = this.getAttribute(\"style\",\"\");\n\tthis[\"default\"] = this.getAttribute(\"default\",\"\");\n\tthis.animate = this.getAttribute(\"animate\",\"no\");\n\tthis.retain = this.getAttribute(\"retain\",\"no\");\n\tthis.openAnimation = this.animate === \"no\" ? undefined : \"open\";\n\tthis.closeAnimation = this.animate === \"no\" ? undefined : \"close\";\n\t// Compute the title of the state tiddler and read it\n\tthis.stateTitle = this.state;\n\tthis.readState();\n\t// Construct the child widgets\n\tvar childNodes = this.isOpen ? this.parseTreeNode.children : [];\n\tthis.hasChildNodes = this.isOpen;\n\tthis.makeChildWidgets(childNodes);\n};\n\n/*\nRead the state tiddler\n*/\nRevealWidget.prototype.readState = function() {\n\t// Read the information from the state tiddler\n\tvar state = this.stateTitle ? this.wiki.getTextReference(this.stateTitle,this[\"default\"],this.getVariable(\"currentTiddler\")) : this[\"default\"];\n\tswitch(this.type) {\n\t\tcase \"popup\":\n\t\t\tthis.readPopupState(state);\n\t\t\tbreak;\n\t\tcase \"match\":\n\t\t\tthis.readMatchState(state);\n\t\t\tbreak;\n\t\tcase \"nomatch\":\n\t\t\tthis.readMatchState(state);\n\t\t\tthis.isOpen = !this.isOpen;\n\t\t\tbreak;\n\t}\n};\n\nRevealWidget.prototype.readMatchState = function(state) {\n\tthis.isOpen = state === this.text;\n};\n\nRevealWidget.prototype.readPopupState = function(state) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/,\n\t\tmatch = popupLocationRegExp.exec(state);\n\t// Check if the state matches the location regexp\n\tif(match) {\n\t\t// If so, we're open\n\t\tthis.isOpen = true;\n\t\t// Get the location\n\t\tthis.popup = {\n\t\t\tleft: parseFloat(match[1]),\n\t\t\ttop: parseFloat(match[2]),\n\t\t\twidth: parseFloat(match[3]),\n\t\t\theight: parseFloat(match[4])\n\t\t};\n\t} else {\n\t\t// If not, we're closed\n\t\tthis.isOpen = false;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRevealWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.state || changedAttributes.type || changedAttributes.text || changedAttributes.position || changedAttributes[\"default\"] || changedAttributes.animate) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false,\n\t\t\tcurrentlyOpen = this.isOpen;\n\t\tthis.readState();\n\t\tif(this.isOpen !== currentlyOpen) {\n\t\t\tif(this.retain === \"yes\") {\n\t\t\t\tthis.updateState();\n\t\t\t} else {\n\t\t\t\tthis.refreshSelf();\n\t\t\t\trefreshed = true;\n\t\t\t}\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\n/*\nCalled by refresh() to dynamically show or hide the content\n*/\nRevealWidget.prototype.updateState = function() {\n\t// Read the current state\n\tthis.readState();\n\t// Construct the child nodes if needed\n\tvar domNode = this.domNodes[0];\n\tif(this.isOpen && !this.hasChildNodes) {\n\t\tthis.hasChildNodes = true;\n\t\tthis.makeChildWidgets(this.parseTreeNode.children);\n\t\tthis.renderChildren(domNode,null);\n\t}\n\t// Animate our DOM node\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\n\t}\n\tif(this.isOpen) {\n\t\tdomNode.removeAttribute(\"hidden\");\n $tw.anim.perform(this.openAnimation,domNode);\n\t} else {\n\t\t$tw.anim.perform(this.closeAnimation,domNode,{callback: function() {\n\t\t\tdomNode.setAttribute(\"hidden\",\"true\");\n }});\n\t}\n};\n\nexports.reveal = RevealWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/reveal.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/scrollable.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/scrollable.js\ntype: application/javascript\nmodule-type: widget\n\nScrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ScrollableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.scaleFactor = 1;\n\tthis.addEventListeners([\n\t\t{type: \"tm-scroll\", handler: \"handleScrollEvent\"}\n\t]);\n\tif($tw.browser) {\n\t\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\t\twindow.webkitRequestAnimationFrame ||\n\t\t\twindow.mozRequestAnimationFrame ||\n\t\t\tfunction(callback) {\n\t\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t\t};\n\t\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\t\twindow.webkitCancelAnimationFrame ||\n\t\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\t\twindow.mozCancelAnimationFrame ||\n\t\t\twindow.mozCancelRequestAnimationFrame ||\n\t\t\tfunction(id) {\n\t\t\t\twindow.clearTimeout(id);\n\t\t\t};\n\t}\n};\n\n/*\nInherit from the base widget class\n*/\nScrollableWidget.prototype = new Widget();\n\nScrollableWidget.prototype.cancelScroll = function() {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(window,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle a scroll event\n*/\nScrollableWidget.prototype.handleScrollEvent = function(event) {\n\t// Pass the scroll event through if our offsetsize is larger than our scrollsize\n\tif(this.outerDomNode.scrollWidth <= this.outerDomNode.offsetWidth && this.outerDomNode.scrollHeight <= this.outerDomNode.offsetHeight && this.fallthrough === \"yes\") {\n\t\treturn true;\n\t}\n\tthis.scrollIntoView(event.target);\n\treturn false; // Handled event\n};\n\n/*\nScroll an element into view\n*/\nScrollableWidget.prototype.scrollIntoView = function(element) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\tthis.cancelScroll();\n\tthis.startTime = Date.now();\n\tvar scrollPosition = {\n\t\tx: this.outerDomNode.scrollLeft,\n\t\ty: this.outerDomNode.scrollTop\n\t};\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar scrollableBounds = this.outerDomNode.getBoundingClientRect(),\n\t\tclientTargetBounds = element.getBoundingClientRect(),\n\t\tbounds = {\n\t\t\tleft: clientTargetBounds.left + scrollPosition.x - scrollableBounds.left,\n\t\t\ttop: clientTargetBounds.top + scrollPosition.y - scrollableBounds.top,\n\t\t\twidth: clientTargetBounds.width,\n\t\t\theight: clientTargetBounds.height\n\t\t};\n\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\tvar getEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\t// If the target is already visible then stay where we are\n\t\t\tif(targetPos >= currentPos && (targetPos + targetSize) <= (currentPos + currentSize)) {\n\t\t\t\treturn currentPos;\n\t\t\t// If the target is above/left of the current view, then scroll to its top/left\n\t\t\t} else if(targetPos <= currentPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// If the target is smaller than the window and the scroll position is too far up, then scroll till the target is at the bottom of the window\n\t\t\t} else if(targetSize < currentSize && currentPos < (targetPos + targetSize - currentSize)) {\n\t\t\t\treturn targetPos + targetSize - currentSize;\n\t\t\t// If the target is big, then just scroll to the top\n\t\t\t} else if(currentPos < targetPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// Otherwise, stay where we are\n\t\t\t} else {\n\t\t\t\treturn currentPos;\n\t\t\t}\n\t\t},\n\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,this.outerDomNode.offsetWidth),\n\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,this.outerDomNode.offsetHeight);\n\t// Only scroll if necessary\n\tif(endX !== scrollPosition.x || endY !== scrollPosition.y) {\n\t\tvar self = this,\n\t\t\tdrawFrame;\n\t\tdrawFrame = function () {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll();\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\tself.outerDomNode.scrollLeft = scrollPosition.x + (endX - scrollPosition.x) * t;\n\t\t\tself.outerDomNode.scrollTop = scrollPosition.y + (endY - scrollPosition.y) * t;\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(window,drawFrame);\n\t\t\t}\n\t\t};\n\t\tdrawFrame();\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nScrollableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create elements\n\tthis.outerDomNode = this.document.createElement(\"div\");\n\t$tw.utils.setStyle(this.outerDomNode,[\n\t\t{overflowY: \"auto\"},\n\t\t{overflowX: \"auto\"},\n\t\t{webkitOverflowScrolling: \"touch\"}\n\t]);\n\tthis.innerDomNode = this.document.createElement(\"div\");\n\tthis.outerDomNode.appendChild(this.innerDomNode);\n\t// Assign classes\n\tthis.outerDomNode.className = this[\"class\"] || \"\";\n\t// Insert element\n\tparent.insertBefore(this.outerDomNode,nextSibling);\n\tthis.renderChildren(this.innerDomNode,null);\n\tthis.domNodes.push(this.outerDomNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nScrollableWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.fallthrough = this.getAttribute(\"fallthrough\",\"yes\");\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nScrollableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.scrollable = ScrollableWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/scrollable.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/select.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/select.js\ntype: application/javascript\nmodule-type: widget\n\nSelect widget:\n\n```\n<$select tiddler=\"MyTiddler\" field=\"text\">\n<$list filter=\"[tag[chapter]]\">\n<option value=<<currentTiddler>>>\n<$view field=\"description\"/>\n</option>\n</$list>\n</$select>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SelectWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSelectWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSelectWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\tthis.setSelectValue();\n\t$tw.utils.addEventListeners(this.getSelectDomNode(),[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n};\n\n/*\nHandle a change event\n*/\nSelectWidget.prototype.handleChangeEvent = function(event) {\n\t// Get the new value and assign it to the tiddler\n\tif(this.selectMultiple == false) {\n\t\tvar value = this.getSelectDomNode().value;\n\t} else {\n\t\tvar value = this.getSelectValues()\n\t\t\t\tvalue = $tw.utils.stringifyList(value);\n\t}\n\tthis.wiki.setText(this.selectTitle,this.selectField,this.selectIndex,value);\n\t// Trigger actions\n\tif(this.selectActions) {\n\t\tthis.invokeActionString(this.selectActions,this,event);\n\t}\n};\n\n/*\nIf necessary, set the value of the select element to the current value\n*/\nSelectWidget.prototype.setSelectValue = function() {\n\tvar value = this.selectDefault;\n\t// Get the value\n\tif(this.selectIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.selectTitle,this.selectIndex);\n\t} else {\n\t\tvar tiddler = this.wiki.getTiddler(this.selectTitle);\n\t\tif(tiddler) {\n\t\t\tif(this.selectField === \"text\") {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.selectTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.selectField)) {\n\t\t\t\t\tvalue = tiddler.getFieldString(this.selectField);\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.selectField === \"title\") {\n\t\t\t\tvalue = this.selectTitle;\n\t\t\t}\n\t\t}\n\t}\n\t// Assign it to the select element if it's different than the current value\n\tif (this.selectMultiple) {\n\t\tvalue = value === undefined ? \"\" : value;\n\t\tvar select = this.getSelectDomNode();\n\t\tvar values = Array.isArray(value) ? value : $tw.utils.parseStringArray(value);\n\t\tfor(var i=0; i < select.children.length; i++){\n\t\t\tif(values.indexOf(select.children[i].value) != -1) {\n\t\t\t\tselect.children[i].selected = true;\n\t\t\t}\n\t\t}\n\t\t\n\t} else {\n\t\tvar domNode = this.getSelectDomNode();\n\t\tif(domNode.value !== value) {\n\t\t\tdomNode.value = value;\n\t\t}\n\t}\n};\n\n/*\nGet the DOM node of the select element\n*/\nSelectWidget.prototype.getSelectDomNode = function() {\n\treturn this.children[0].domNodes[0];\n};\n\n// Return an array of the selected opion values\n// select is an HTML select element\nSelectWidget.prototype.getSelectValues = function() {\n\tvar select, result, options, opt;\n\tselect = this.getSelectDomNode();\n\tresult = [];\n\toptions = select && select.options;\n\tfor (var i=0; i<options.length; i++) {\n\t\topt = options[i];\n\t\tif (opt.selected) {\n\t\t\tresult.push(opt.value || opt.text);\n\t\t}\n\t}\n\treturn result;\n}\n\n/*\nCompute the internal state of the widget\n*/\nSelectWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.selectActions = this.getAttribute(\"actions\");\n\tthis.selectTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.selectField = this.getAttribute(\"field\",\"text\");\n\tthis.selectIndex = this.getAttribute(\"index\");\n\tthis.selectClass = this.getAttribute(\"class\");\n\tthis.selectDefault = this.getAttribute(\"default\");\n\tthis.selectMultiple = this.getAttribute(\"multiple\", false);\n\tthis.selectSize = this.getAttribute(\"size\");\n\t// Make the child widgets\n\tvar selectNode = {\n\t\ttype: \"element\",\n\t\ttag: \"select\",\n\t\tchildren: this.parseTreeNode.children\n\t};\n\tif(this.selectClass) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"class\",this.selectClass);\n\t}\n\tif(this.selectMultiple) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"multiple\",\"multiple\");\n\t}\n\tif(this.selectSize) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"size\",this.selectSize);\n\t}\n\tthis.makeChildWidgets([selectNode]);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSelectWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// If we're using a different tiddler/field/index then completely refresh ourselves\n\tif(changedAttributes.selectTitle || changedAttributes.selectField || changedAttributes.selectIndex) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t// If the target tiddler value has changed, just update setting and refresh the children\n\t} else {\n\t\tvar childrenRefreshed = this.refreshChildren(changedTiddlers);\n\t\tif(changedTiddlers[this.selectTitle] || childrenRefreshed) {\n\t\t\tthis.setSelectValue();\n\t\t} \n\t\treturn childrenRefreshed;\n\t}\n};\n\nexports.select = SelectWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/select.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/set.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/set.js\ntype: application/javascript\nmodule-type: widget\n\nSet variable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.setName = this.getAttribute(\"name\",\"currentTiddler\");\n\tthis.setFilter = this.getAttribute(\"filter\");\n\tthis.setSelect = this.getAttribute(\"select\");\n\tthis.setValue = this.getAttribute(\"value\");\n\tthis.setEmptyValue = this.getAttribute(\"emptyValue\");\n\t// Set context variable\n\tthis.setVariable(this.setName,this.getValue(),this.parseTreeNode.params);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nGet the value to be assigned\n*/\nSetWidget.prototype.getValue = function() {\n\tvar value = this.setValue;\n\tif(this.setFilter) {\n\t\tvar results = this.wiki.filterTiddlers(this.setFilter,this);\n\t\tif(!this.setValue) {\n\t\t\tvar select;\n\t\t\tif(this.setSelect) {\n\t\t\t\tselect = parseInt(this.setSelect,10);\n\t\t\t}\n\t\t\tif(select !== undefined) {\n\t\t\t\tvalue = results[select] || \"\";\n\t\t\t} else {\n\t\t\t\tvalue = $tw.utils.stringifyList(results);\t\t\t\n\t\t\t}\n\t\t}\n\t\tif(results.length === 0 && this.setEmptyValue !== undefined) {\n\t\t\tvalue = this.setEmptyValue;\n\t\t}\n\t} else if(!value && this.setEmptyValue) {\n\t\tvalue = this.setEmptyValue;\n\t}\n\treturn value;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSetWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name || changedAttributes.filter || changedAttributes.select ||changedAttributes.value || changedAttributes.emptyValue ||\n\t (this.setFilter && this.getValue() != this.variables[this.setName].value)) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.setvariable = SetWidget;\nexports.set = SetWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/set.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/text.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/text.js\ntype: application/javascript\nmodule-type: widget\n\nText node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TextNodeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTextNodeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTextNodeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar text = this.getAttribute(\"text\",this.parseTreeNode.text || \"\");\n\ttext = text.replace(/\\r/mg,\"\");\n\tvar textNode = this.document.createTextNode(text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTextNodeWidget.prototype.execute = function() {\n\t// Nothing to do for a text node\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTextNodeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.text) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.text = TextNodeWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/text.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/tiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/tiddler.js\ntype: application/javascript\nmodule-type: widget\n\nTiddler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTiddlerWidget.prototype.execute = function() {\n\tthis.tiddlerState = this.computeTiddlerState();\n\tthis.setVariable(\"currentTiddler\",this.tiddlerState.currentTiddler);\n\tthis.setVariable(\"missingTiddlerClass\",this.tiddlerState.missingTiddlerClass);\n\tthis.setVariable(\"shadowTiddlerClass\",this.tiddlerState.shadowTiddlerClass);\n\tthis.setVariable(\"systemTiddlerClass\",this.tiddlerState.systemTiddlerClass);\n\tthis.setVariable(\"tiddlerTagClasses\",this.tiddlerState.tiddlerTagClasses);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nCompute the tiddler state flags\n*/\nTiddlerWidget.prototype.computeTiddlerState = function() {\n\t// Get our parameters\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Compute the state\n\tvar state = {\n\t\tcurrentTiddler: this.tiddlerTitle || \"\",\n\t\tmissingTiddlerClass: (this.wiki.tiddlerExists(this.tiddlerTitle) || this.wiki.isShadowTiddler(this.tiddlerTitle)) ? \"tc-tiddler-exists\" : \"tc-tiddler-missing\",\n\t\tshadowTiddlerClass: this.wiki.isShadowTiddler(this.tiddlerTitle) ? \"tc-tiddler-shadow\" : \"\",\n\t\tsystemTiddlerClass: this.wiki.isSystemTiddler(this.tiddlerTitle) ? \"tc-tiddler-system\" : \"\",\n\t\ttiddlerTagClasses: this.getTagClasses()\n\t};\n\t// Compute a simple hash to make it easier to detect changes\n\tstate.hash = state.currentTiddler + state.missingTiddlerClass + state.shadowTiddlerClass + state.systemTiddlerClass + state.tiddlerTagClasses;\n\treturn state;\n};\n\n/*\nCreate a string of CSS classes derived from the tags of the current tiddler\n*/\nTiddlerWidget.prototype.getTagClasses = function() {\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\tif(tiddler) {\n\t\tvar tags = [];\n\t\t$tw.utils.each(tiddler.fields.tags,function(tag) {\n\t\t\ttags.push(\"tc-tagged-\" + encodeURIComponent(tag));\n\t\t});\n\t\treturn tags.join(\" \");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tnewTiddlerState = this.computeTiddlerState();\n\tif(changedAttributes.tiddler || newTiddlerState.hash !== this.tiddlerState.hash) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.tiddler = TiddlerWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/tiddler.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/transclude.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/transclude.js\ntype: application/javascript\nmodule-type: widget\n\nTransclude widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TranscludeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTranscludeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTranscludeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTranscludeWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.transcludeTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.transcludeSubTiddler = this.getAttribute(\"subtiddler\");\n\tthis.transcludeField = this.getAttribute(\"field\");\n\tthis.transcludeIndex = this.getAttribute(\"index\");\n\tthis.transcludeMode = this.getAttribute(\"mode\");\n\t// Parse the text reference\n\tvar parseAsInline = !this.parseTreeNode.isBlock;\n\tif(this.transcludeMode === \"inline\") {\n\t\tparseAsInline = true;\n\t} else if(this.transcludeMode === \"block\") {\n\t\tparseAsInline = false;\n\t}\n\tvar parser = this.wiki.parseTextReference(\n\t\t\t\t\t\tthis.transcludeTitle,\n\t\t\t\t\t\tthis.transcludeField,\n\t\t\t\t\t\tthis.transcludeIndex,\n\t\t\t\t\t\t{\n\t\t\t\t\t\t\tparseAsInline: parseAsInline,\n\t\t\t\t\t\t\tsubTiddler: this.transcludeSubTiddler\n\t\t\t\t\t\t}),\n\t\tparseTreeNodes = parser ? parser.tree : this.parseTreeNode.children;\n\t// Set context variables for recursion detection\n\tvar recursionMarker = this.makeRecursionMarker();\n\tthis.setVariable(\"transclusion\",recursionMarker);\n\t// Check for recursion\n\tif(parser) {\n\t\tif(this.parentWidget && this.parentWidget.hasVariable(\"transclusion\",recursionMarker)) {\n\t\t\tparseTreeNodes = [{type: \"element\", tag: \"span\", attributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-error\"}\n\t\t\t}, children: [\n\t\t\t\t{type: \"text\", text: $tw.language.getString(\"Error/RecursiveTransclusion\")}\n\t\t\t]}];\n\t\t}\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nCompose a string comprising the title, field and/or index to identify this transclusion for recursion detection\n*/\nTranscludeWidget.prototype.makeRecursionMarker = function() {\n\tvar output = [];\n\toutput.push(\"{\");\n\toutput.push(this.getVariable(\"currentTiddler\",{defaultValue: \"\"}));\n\toutput.push(\"|\");\n\toutput.push(this.transcludeTitle || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeField || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeIndex || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeSubTiddler || \"\");\n\toutput.push(\"}\");\n\treturn output.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTranscludeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedTiddlers[this.transcludeTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.transclude = TranscludeWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/transclude.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/vars.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/vars.js\ntype: application/javascript\nmodule-type: widget\n\nThis widget allows multiple variables to be set in one go:\n\n```\n\\define helloworld() Hello world!\n<$vars greeting=\"Hi\" me={{!!title}} sentence=<<helloworld>>>\n <<greeting>>! I am <<me>> and I say: <<sentence>>\n</$vars>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar VarsWidget = function(parseTreeNode,options) {\n\t// Call the constructor\n\tWidget.call(this);\n\t// Initialise\t\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nVarsWidget.prototype = Object.create(Widget.prototype);\n\n/*\nRender this widget into the DOM\n*/\nVarsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nVarsWidget.prototype.execute = function() {\n\t// Parse variables\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(val,key) {\n\t\tif(key.charAt(0) !== \"$\") {\n\t\t\tself.setVariable(key,val);\n\t\t}\n\t});\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nVarsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"vars\"] = VarsWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/vars.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/view.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/view.js\ntype: application/javascript\nmodule-type: widget\n\nView widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ViewWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nViewWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nViewWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tif(this.text) {\n\t\tvar textNode = this.document.createTextNode(this.text);\n\t\tparent.insertBefore(textNode,nextSibling);\n\t\tthis.domNodes.push(textNode);\n\t} else {\n\t\tthis.makeChildWidgets();\n\t\tthis.renderChildren(parent,nextSibling);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nViewWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.viewTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.viewSubtiddler = this.getAttribute(\"subtiddler\");\n\tthis.viewField = this.getAttribute(\"field\",\"text\");\n\tthis.viewIndex = this.getAttribute(\"index\");\n\tthis.viewFormat = this.getAttribute(\"format\",\"text\");\n\tthis.viewTemplate = this.getAttribute(\"template\",\"\");\n\tswitch(this.viewFormat) {\n\t\tcase \"htmlwikified\":\n\t\t\tthis.text = this.getValueAsHtmlWikified();\n\t\t\tbreak;\n\t\tcase \"plainwikified\":\n\t\t\tthis.text = this.getValueAsPlainWikified();\n\t\t\tbreak;\n\t\tcase \"htmlencodedplainwikified\":\n\t\t\tthis.text = this.getValueAsHtmlEncodedPlainWikified();\n\t\t\tbreak;\n\t\tcase \"htmlencoded\":\n\t\t\tthis.text = this.getValueAsHtmlEncoded();\n\t\t\tbreak;\n\t\tcase \"urlencoded\":\n\t\t\tthis.text = this.getValueAsUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"doubleurlencoded\":\n\t\t\tthis.text = this.getValueAsDoubleUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"date\":\n\t\t\tthis.text = this.getValueAsDate(this.viewTemplate);\n\t\t\tbreak;\n\t\tcase \"relativedate\":\n\t\t\tthis.text = this.getValueAsRelativeDate();\n\t\t\tbreak;\n\t\tcase \"stripcomments\":\n\t\t\tthis.text = this.getValueAsStrippedComments();\n\t\t\tbreak;\n\t\tcase \"jsencoded\":\n\t\t\tthis.text = this.getValueAsJsEncoded();\n\t\t\tbreak;\n\t\tdefault: // \"text\"\n\t\t\tthis.text = this.getValueAsText();\n\t\t\tbreak;\n\t}\n};\n\n/*\nThe various formatter functions are baked into this widget for the moment. Eventually they will be replaced by macro functions\n*/\n\n/*\nRetrieve the value of the widget. Options are:\nasString: Optionally return the value as a string\n*/\nViewWidget.prototype.getValue = function(options) {\n\toptions = options || {};\n\tvar value = options.asString ? \"\" : undefined;\n\tif(this.viewIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.viewTitle,this.viewIndex);\n\t} else {\n\t\tvar tiddler;\n\t\tif(this.viewSubtiddler) {\n\t\t\ttiddler = this.wiki.getSubTiddler(this.viewTitle,this.viewSubtiddler);\t\n\t\t} else {\n\t\t\ttiddler = this.wiki.getTiddler(this.viewTitle);\n\t\t}\n\t\tif(tiddler) {\n\t\t\tif(this.viewField === \"text\" && !this.viewSubtiddler) {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.viewTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.viewField)) {\n\t\t\t\t\tif(options.asString) {\n\t\t\t\t\t\tvalue = tiddler.getFieldString(this.viewField);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tvalue = tiddler.fields[this.viewField];\t\t\t\t\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.viewField === \"title\") {\n\t\t\t\tvalue = this.viewTitle;\n\t\t\t}\n\t\t}\n\t}\n\treturn value;\n};\n\nViewWidget.prototype.getValueAsText = function() {\n\treturn this.getValue({asString: true});\n};\n\nViewWidget.prototype.getValueAsHtmlWikified = function() {\n\treturn this.wiki.renderText(\"text/html\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{parentWidget: this});\n};\n\nViewWidget.prototype.getValueAsPlainWikified = function() {\n\treturn this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{parentWidget: this});\n};\n\nViewWidget.prototype.getValueAsHtmlEncodedPlainWikified = function() {\n\treturn $tw.utils.htmlEncode(this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{parentWidget: this}));\n};\n\nViewWidget.prototype.getValueAsHtmlEncoded = function() {\n\treturn $tw.utils.htmlEncode(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsUrlEncoded = function() {\n\treturn encodeURIComponent(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsDoubleUrlEncoded = function() {\n\treturn encodeURIComponent(encodeURIComponent(this.getValueAsText()));\n};\n\nViewWidget.prototype.getValueAsDate = function(format) {\n\tformat = format || \"YYYY MM DD 0hh:0mm\";\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.formatDateString(value,format);\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsRelativeDate = function(format) {\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.getRelativeDate((new Date()) - (new Date(value))).description;\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsStrippedComments = function() {\n\tvar lines = this.getValueAsText().split(\"\\n\"),\n\t\tout = [];\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar text = lines[line];\n\t\tif(!/^\\s*\\/\\/#/.test(text)) {\n\t\t\tout.push(text);\n\t\t}\n\t}\n\treturn out.join(\"\\n\");\n};\n\nViewWidget.prototype.getValueAsJsEncoded = function() {\n\treturn $tw.utils.stringify(this.getValueAsText());\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nViewWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.template || changedAttributes.format || changedTiddlers[this.viewTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.view = ViewWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/view.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/widget.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/widget.js\ntype: application/javascript\nmodule-type: widget\n\nWidget base class\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate a widget object for a parse tree node\n\tparseTreeNode: reference to the parse tree node to be rendered\n\toptions: see below\nOptions include:\n\twiki: mandatory reference to wiki associated with this render tree\n\tparentWidget: optional reference to a parent renderer node for the context chain\n\tdocument: optional document object to use instead of global document\n*/\nvar Widget = function(parseTreeNode,options) {\n\tif(arguments.length > 0) {\n\t\tthis.initialise(parseTreeNode,options);\n\t}\n};\n\n/*\nInitialise widget properties. These steps are pulled out of the constructor so that we can reuse them in subclasses\n*/\nWidget.prototype.initialise = function(parseTreeNode,options) {\n\toptions = options || {};\n\t// Save widget info\n\tthis.parseTreeNode = parseTreeNode;\n\tthis.wiki = options.wiki;\n\tthis.parentWidget = options.parentWidget;\n\tthis.variablesConstructor = function() {};\n\tthis.variablesConstructor.prototype = this.parentWidget ? this.parentWidget.variables : {};\n\tthis.variables = new this.variablesConstructor();\n\tthis.document = options.document;\n\tthis.attributes = {};\n\tthis.children = [];\n\tthis.domNodes = [];\n\tthis.eventListeners = {};\n\t// Hashmap of the widget classes\n\tif(!this.widgetClasses) {\n\t\tWidget.prototype.widgetClasses = $tw.modules.applyMethods(\"widget\");\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nWidget.prototype.execute = function() {\n\tthis.makeChildWidgets();\n};\n\n/*\nSet the value of a context variable\nname: name of the variable\nvalue: value of the variable\nparams: array of {name:, default:} for each parameter\n*/\nWidget.prototype.setVariable = function(name,value,params) {\n\tthis.variables[name] = {value: value, params: params};\n};\n\n/*\nGet the prevailing value of a context variable\nname: name of variable\noptions: see below\nOptions include\nparams: array of {name:, value:} for each parameter\ndefaultValue: default value if the variable is not defined\n*/\nWidget.prototype.getVariable = function(name,options) {\n\toptions = options || {};\n\tvar actualParams = options.params || [],\n\t\tparentWidget = this.parentWidget;\n\t// Check for the variable defined in the parent widget (or an ancestor in the prototype chain)\n\tif(parentWidget && name in parentWidget.variables) {\n\t\tvar variable = parentWidget.variables[name],\n\t\t\tvalue = variable.value;\n\t\t// Substitute any parameters specified in the definition\n\t\tvalue = this.substituteVariableParameters(value,variable.params,actualParams);\n\t\tvalue = this.substituteVariableReferences(value);\n\t\treturn value;\n\t}\n\t// If the variable doesn't exist in the parent widget then look for a macro module\n\treturn this.evaluateMacroModule(name,actualParams,options.defaultValue);\n};\n\nWidget.prototype.substituteVariableParameters = function(text,formalParams,actualParams) {\n\tif(formalParams) {\n\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\tparamInfo, paramValue;\n\t\t// Step through each of the parameters in the macro definition\n\t\tfor(var p=0; p<formalParams.length; p++) {\n\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\tparamInfo = formalParams[p];\n\t\t\tparamValue = undefined;\n\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\tnextAnonParameter++;\n\t\t\t}\n\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t}\n\t\t\t// If we've still not got a value, use the default, if any\n\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t// Replace any instances of this parameter\n\t\t\ttext = $tw.utils.replaceString(text,new RegExp(\"\\\\$\" + $tw.utils.escapeRegExp(paramInfo.name) + \"\\\\$\",\"mg\"),paramValue);\n\t\t}\n\t}\n\treturn text;\n};\n\nWidget.prototype.substituteVariableReferences = function(text) {\n\tvar self = this;\n\treturn (text || \"\").replace(/\\$\\(([^\\)\\$]+)\\)\\$/g,function(match,p1,offset,string) {\n\t\treturn self.getVariable(p1,{defaultValue: \"\"});\n\t});\n};\n\nWidget.prototype.evaluateMacroModule = function(name,actualParams,defaultValue) {\n\tif($tw.utils.hop($tw.macros,name)) {\n\t\tvar macro = $tw.macros[name],\n\t\t\targs = [];\n\t\tif(macro.params.length > 0) {\n\t\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\t\tparamInfo, paramValue;\n\t\t\t// Step through each of the parameters in the macro definition\n\t\t\tfor(var p=0; p<macro.params.length; p++) {\n\t\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\t\tparamInfo = macro.params[p];\n\t\t\t\tparamValue = undefined;\n\t\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\t\tnextAnonParameter++;\n\t\t\t\t}\n\t\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t\t}\n\t\t\t\t// If we've still not got a value, use the default, if any\n\t\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t\t// Save the parameter\n\t\t\t\targs.push(paramValue);\n\t\t\t}\n\t\t}\n\t\telse for(var i=0; i<actualParams.length; ++i) {\n\t\t\targs.push(actualParams[i].value);\n\t\t}\n\t\treturn (macro.run.apply(this,args) || \"\").toString();\n\t} else {\n\t\treturn defaultValue;\n\t}\n};\n\n/*\nCheck whether a given context variable value exists in the parent chain\n*/\nWidget.prototype.hasVariable = function(name,value) {\n\tvar node = this;\n\twhile(node) {\n\t\tif($tw.utils.hop(node.variables,name) && node.variables[name].value === value) {\n\t\t\treturn true;\n\t\t}\n\t\tnode = node.parentWidget;\n\t}\n\treturn false;\n};\n\n/*\nConstruct a qualifying string based on a hash of concatenating the values of a given variable in the parent chain\n*/\nWidget.prototype.getStateQualifier = function(name) {\n\tthis.qualifiers = this.qualifiers || Object.create(null);\n\tname = name || \"transclusion\";\n\tif(this.qualifiers[name]) {\n\t\treturn this.qualifiers[name];\n\t} else {\n\t\tvar output = [],\n\t\t\tnode = this;\n\t\twhile(node && node.parentWidget) {\n\t\t\tif($tw.utils.hop(node.parentWidget.variables,name)) {\n\t\t\t\toutput.push(node.getVariable(name));\n\t\t\t}\n\t\t\tnode = node.parentWidget;\n\t\t}\n\t\tvar value = $tw.utils.hashString(output.join(\"\"));\n\t\tthis.qualifiers[name] = value;\n\t\treturn value;\n\t}\n};\n\n/*\nCompute the current values of the attributes of the widget. Returns a hashmap of the names of the attributes that have changed\n*/\nWidget.prototype.computeAttributes = function() {\n\tvar changedAttributes = {},\n\t\tself = this,\n\t\tvalue;\n\t$tw.utils.each(this.parseTreeNode.attributes,function(attribute,name) {\n\t\tif(attribute.type === \"filtered\") {\n\t\t\tvalue = self.wiki.filterTiddlers(attribute.filter,self)[0] || \"\";\n\t\t} else if(attribute.type === \"indirect\") {\n\t\t\tvalue = self.wiki.getTextReference(attribute.textReference,\"\",self.getVariable(\"currentTiddler\"));\n\t\t} else if(attribute.type === \"macro\") {\n\t\t\tvalue = self.getVariable(attribute.value.name,{params: attribute.value.params});\n\t\t} else { // String attribute\n\t\t\tvalue = attribute.value;\n\t\t}\n\t\t// Check whether the attribute has changed\n\t\tif(self.attributes[name] !== value) {\n\t\t\tself.attributes[name] = value;\n\t\t\tchangedAttributes[name] = true;\n\t\t}\n\t});\n\treturn changedAttributes;\n};\n\n/*\nCheck for the presence of an attribute\n*/\nWidget.prototype.hasAttribute = function(name) {\n\treturn $tw.utils.hop(this.attributes,name);\n};\n\n/*\nGet the value of an attribute\n*/\nWidget.prototype.getAttribute = function(name,defaultText) {\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\treturn this.attributes[name];\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nAssign the computed attributes of the widget to a domNode\noptions include:\nexcludeEventAttributes: ignores attributes whose name begins with \"on\"\n*/\nWidget.prototype.assignAttributes = function(domNode,options) {\n\toptions = options || {};\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(v,a) {\n\t\t// Check exclusions\n\t\tif(options.excludeEventAttributes && a.substr(0,2) === \"on\") {\n\t\t\tv = undefined;\n\t\t}\n\t\tif(v !== undefined) {\n\t\t\tvar b = a.split(\":\");\n\t\t\t// Setting certain attributes can cause a DOM error (eg xmlns on the svg element)\n\t\t\ttry {\n\t\t\t\tif (b.length == 2 && b[0] == \"xlink\"){\n\t\t\t\t\tdomNode.setAttributeNS(\"http://www.w3.org/1999/xlink\",b[1],v);\n\t\t\t\t} else {\n\t\t\t\t\tdomNode.setAttributeNS(null,a,v);\n\t\t\t\t}\n\t\t\t} catch(e) {\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nMake child widgets correspondng to specified parseTreeNodes\n*/\nWidget.prototype.makeChildWidgets = function(parseTreeNodes) {\n\tthis.children = [];\n\tvar self = this;\n\t$tw.utils.each(parseTreeNodes || (this.parseTreeNode && this.parseTreeNode.children),function(childNode) {\n\t\tself.children.push(self.makeChildWidget(childNode));\n\t});\n};\n\n/*\nConstruct the widget object for a parse tree node\n*/\nWidget.prototype.makeChildWidget = function(parseTreeNode) {\n\tvar WidgetClass = this.widgetClasses[parseTreeNode.type];\n\tif(!WidgetClass) {\n\t\tWidgetClass = this.widgetClasses.text;\n\t\tparseTreeNode = {type: \"text\", text: \"Undefined widget '\" + parseTreeNode.type + \"'\"};\n\t}\n\treturn new WidgetClass(parseTreeNode,{\n\t\twiki: this.wiki,\n\t\tvariables: {},\n\t\tparentWidget: this,\n\t\tdocument: this.document\n\t});\n};\n\n/*\nGet the next sibling of this widget\n*/\nWidget.prototype.nextSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index < this.parentWidget.children.length-1) {\n\t\t\treturn this.parentWidget.children[index+1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the previous sibling of this widget\n*/\nWidget.prototype.previousSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index > 0) {\n\t\t\treturn this.parentWidget.children[index-1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRender the children of this widget into the DOM\n*/\nWidget.prototype.renderChildren = function(parent,nextSibling) {\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\tchildWidget.render(parent,nextSibling);\n\t});\n};\n\n/*\nAdd a list of event listeners from an array [{type:,handler:},...]\n*/\nWidget.prototype.addEventListeners = function(listeners) {\n\tvar self = this;\n\t$tw.utils.each(listeners,function(listenerInfo) {\n\t\tself.addEventListener(listenerInfo.type,listenerInfo.handler);\n\t});\n};\n\n/*\nAdd an event listener\n*/\nWidget.prototype.addEventListener = function(type,handler) {\n\tvar self = this;\n\tif(typeof handler === \"string\") { // The handler is a method name on this widget\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn self[handler].call(self,event);\n\t\t};\n\t} else { // The handler is a function\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn handler.call(self,event);\n\t\t};\n\t}\n};\n\n/*\nDispatch an event to a widget. If the widget doesn't handle the event then it is also dispatched to the parent widget\n*/\nWidget.prototype.dispatchEvent = function(event) {\n\t// Dispatch the event if this widget handles it\n\tvar listener = this.eventListeners[event.type];\n\tif(listener) {\n\t\t// Don't propagate the event if the listener returned false\n\t\tif(!listener(event)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Dispatch the event to the parent widget\n\tif(this.parentWidget) {\n\t\treturn this.parentWidget.dispatchEvent(event);\n\t}\n\treturn true;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nRebuild a previously rendered widget\n*/\nWidget.prototype.refreshSelf = function() {\n\tvar nextSibling = this.findNextSiblingDomNode();\n\tthis.removeChildDomNodes();\n\tthis.render(this.parentDomNode,nextSibling);\n};\n\n/*\nRefresh all the children of a widget\n*/\nWidget.prototype.refreshChildren = function(changedTiddlers) {\n\tvar self = this,\n\t\trefreshed = false;\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\trefreshed = childWidget.refresh(changedTiddlers) || refreshed;\n\t});\n\treturn refreshed;\n};\n\n/*\nFind the next sibling in the DOM to this widget. This is done by scanning the widget tree through all next siblings and their descendents that share the same parent DOM node\n*/\nWidget.prototype.findNextSiblingDomNode = function(startIndex) {\n\t// Refer to this widget by its index within its parents children\n\tvar parent = this.parentWidget,\n\t\tindex = startIndex !== undefined ? startIndex : parent.children.indexOf(this);\nif(index === -1) {\n\tthrow \"node not found in parents children\";\n}\n\t// Look for a DOM node in the later siblings\n\twhile(++index < parent.children.length) {\n\t\tvar domNode = parent.children[index].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\t// Go back and look for later siblings of our parent if it has the same parent dom node\n\tvar grandParent = parent.parentWidget;\n\tif(grandParent && parent.parentDomNode === this.parentDomNode) {\n\t\tindex = grandParent.children.indexOf(parent);\n\t\tif(index !== -1) {\n\t\t\treturn parent.findNextSiblingDomNode(index);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nFind the first DOM node generated by a widget or its children\n*/\nWidget.prototype.findFirstDomNode = function() {\n\t// Return the first dom node of this widget, if we've got one\n\tif(this.domNodes.length > 0) {\n\t\treturn this.domNodes[0];\n\t}\n\t// Otherwise, recursively call our children\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar domNode = this.children[t].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRemove any DOM nodes created by this widget or its children\n*/\nWidget.prototype.removeChildDomNodes = function() {\n\t// If this widget has directly created DOM nodes, delete them and exit. This assumes that any child widgets are contained within the created DOM nodes, which would normally be the case\n\tif(this.domNodes.length > 0) {\n\t\t$tw.utils.each(this.domNodes,function(domNode) {\n\t\t\tdomNode.parentNode.removeChild(domNode);\n\t\t});\n\t\tthis.domNodes = [];\n\t} else {\n\t\t// Otherwise, ask the child widgets to delete their DOM nodes\n\t\t$tw.utils.each(this.children,function(childWidget) {\n\t\t\tchildWidget.removeChildDomNodes();\n\t\t});\n\t}\n};\n\n/*\nInvoke the action widgets that are descendents of the current widget.\n*/\nWidget.prototype.invokeActions = function(triggeringWidget,event) {\n\tvar handled = false;\n\t// For each child widget\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar child = this.children[t];\n\t\t// Invoke the child if it is an action widget\n\t\tif(child.invokeAction) {\n\t\t\tchild.refreshSelf();\n\t\t\tif(child.invokeAction(triggeringWidget,event)) {\n\t\t\t\thandled = true;\n\t\t\t}\n\t\t}\n\t\t// Propagate through through the child if it permits it\n\t\tif(child.allowActionPropagation() && child.invokeActions(triggeringWidget,event)) {\n\t\t\thandled = true;\n\t\t}\n\t}\n\treturn handled;\n};\n\n/*\nInvoke the action widgets defined in a string\n*/\nWidget.prototype.invokeActionString = function(actions,triggeringWidget,event,variables) {\n\tactions = actions || \"\";\n\tvar parser = this.wiki.parseText(\"text/vnd.tiddlywiki\",actions,{\n\t\t\tparentWidget: this,\n\t\t\tdocument: this.document\n\t\t}),\n\t\twidgetNode = this.wiki.makeWidget(parser,{\n\t\t\tparentWidget: this,\n\t\t\tdocument: this.document,\n\t\t\tvariables: variables\n\t\t});\n\tvar container = this.document.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn widgetNode.invokeActions(this,event);\n};\n\nWidget.prototype.allowActionPropagation = function() {\n\treturn true;\n};\n\nexports.widget = Widget;\n\n})();\n",
"title": "$:/core/modules/widgets/widget.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/wikify.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/wikify.js\ntype: application/javascript\nmodule-type: widget\n\nWidget to wikify text into a variable\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar WikifyWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nWikifyWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nWikifyWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nWikifyWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.wikifyName = this.getAttribute(\"name\");\n\tthis.wikifyText = this.getAttribute(\"text\");\n\tthis.wikifyType = this.getAttribute(\"type\");\n\tthis.wikifyMode = this.getAttribute(\"mode\",\"block\");\n\tthis.wikifyOutput = this.getAttribute(\"output\",\"text\");\n\t// Create the parse tree\n\tthis.wikifyParser = this.wiki.parseText(this.wikifyType,this.wikifyText,{\n\t\t\tparseAsInline: this.wikifyMode === \"inline\"\n\t\t});\n\t// Create the widget tree \n\tthis.wikifyWidgetNode = this.wiki.makeWidget(this.wikifyParser,{\n\t\t\tdocument: $tw.fakeDocument,\n\t\t\tparentWidget: this\n\t\t});\n\t// Render the widget tree to the container\n\tthis.wikifyContainer = $tw.fakeDocument.createElement(\"div\");\n\tthis.wikifyWidgetNode.render(this.wikifyContainer,null);\n\tthis.wikifyResult = this.getResult();\n\t// Set context variable\n\tthis.setVariable(this.wikifyName,this.wikifyResult);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nReturn the result string\n*/\nWikifyWidget.prototype.getResult = function() {\n\tvar result;\n\tswitch(this.wikifyOutput) {\n\t\tcase \"text\":\n\t\t\tresult = this.wikifyContainer.textContent;\n\t\t\tbreak;\n\t\tcase \"formattedtext\":\n\t\t\tresult = this.wikifyContainer.formattedTextContent;\n\t\t\tbreak;\n\t\tcase \"html\":\n\t\t\tresult = this.wikifyContainer.innerHTML;\n\t\t\tbreak;\n\t\tcase \"parsetree\":\n\t\t\tresult = JSON.stringify(this.wikifyParser.tree,0,$tw.config.preferences.jsonSpaces);\n\t\t\tbreak;\n\t\tcase \"widgettree\":\n\t\t\tresult = JSON.stringify(this.getWidgetTree(),0,$tw.config.preferences.jsonSpaces);\n\t\t\tbreak;\n\t}\n\treturn result;\n};\n\n/*\nReturn a string of the widget tree\n*/\nWikifyWidget.prototype.getWidgetTree = function() {\n\tvar copyNode = function(widgetNode,resultNode) {\n\t\t\tvar type = widgetNode.parseTreeNode.type;\n\t\t\tresultNode.type = type;\n\t\t\tswitch(type) {\n\t\t\t\tcase \"element\":\n\t\t\t\t\tresultNode.tag = widgetNode.parseTreeNode.tag;\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"text\":\n\t\t\t\t\tresultNode.text = widgetNode.parseTreeNode.text;\n\t\t\t\t\tbreak;\t\n\t\t\t}\n\t\t\tif(Object.keys(widgetNode.attributes || {}).length > 0) {\n\t\t\t\tresultNode.attributes = {};\n\t\t\t\t$tw.utils.each(widgetNode.attributes,function(attr,attrName) {\n\t\t\t\t\tresultNode.attributes[attrName] = widgetNode.getAttribute(attrName);\n\t\t\t\t});\n\t\t\t}\n\t\t\tif(Object.keys(widgetNode.children || {}).length > 0) {\n\t\t\t\tresultNode.children = [];\n\t\t\t\t$tw.utils.each(widgetNode.children,function(widgetChildNode) {\n\t\t\t\t\tvar node = {};\n\t\t\t\t\tresultNode.children.push(node);\n\t\t\t\t\tcopyNode(widgetChildNode,node);\n\t\t\t\t});\n\t\t\t}\n\t\t},\n\t\tresults = {};\n\tcopyNode(this.wikifyWidgetNode,results);\n\treturn results;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nWikifyWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Refresh ourselves entirely if any of our attributes have changed\n\tif(changedAttributes.name || changedAttributes.text || changedAttributes.type || changedAttributes.mode || changedAttributes.output) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\t// Refresh the widget tree\n\t\tif(this.wikifyWidgetNode.refresh(changedTiddlers)) {\n\t\t\t// Check if there was any change\n\t\t\tvar result = this.getResult();\n\t\t\tif(result !== this.wikifyResult) {\n\t\t\t\t// If so, save the change\n\t\t\t\tthis.wikifyResult = result;\n\t\t\t\tthis.setVariable(this.wikifyName,this.wikifyResult);\n\t\t\t\t// Refresh each of our child widgets\n\t\t\t\t$tw.utils.each(this.children,function(childWidget) {\n\t\t\t\t\tchildWidget.refreshSelf();\n\t\t\t\t});\n\t\t\t\treturn true;\n\t\t\t}\n\t\t}\n\t\t// Just refresh the children\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.wikify = WikifyWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/wikify.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/wiki-bulkops.js": {
"text": "/*\\\ntitle: $:/core/modules/wiki-bulkops.js\ntype: application/javascript\nmodule-type: wikimethod\n\nBulk tiddler operations such as rename.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRename a tiddler, and relink any tags or lists that reference it.\n*/\nfunction renameTiddler(fromTitle,toTitle,options) {\n\tfromTitle = (fromTitle || \"\").trim();\n\ttoTitle = (toTitle || \"\").trim();\n\toptions = options || {};\n\tif(fromTitle && toTitle && fromTitle !== toTitle) {\n\t\t// Rename the tiddler itself\n\t\tvar oldTiddler = this.getTiddler(fromTitle),\n\t\t\tnewTiddler = new $tw.Tiddler(oldTiddler,{title: toTitle},this.getModificationFields());\n\t\tnewTiddler = $tw.hooks.invokeHook(\"th-renaming-tiddler\",newTiddler,oldTiddler);\n\t\tthis.addTiddler(newTiddler);\n\t\tthis.deleteTiddler(fromTitle);\n\t\t// Rename any tags or lists that reference it\n\t\tthis.relinkTiddler(fromTitle,toTitle,options)\n\t}\n}\n\n/*\nRelink any tags or lists that reference a given tiddler\n*/\nfunction relinkTiddler(fromTitle,toTitle,options) {\n\tvar self = this;\n\tfromTitle = (fromTitle || \"\").trim();\n\ttoTitle = (toTitle || \"\").trim();\n\toptions = options || {};\n\tif(fromTitle && toTitle && fromTitle !== toTitle) {\n\t\tthis.each(function(tiddler,title) {\n\t\t\tvar type = tiddler.fields.type || \"\";\n\t\t\t// Don't touch plugins or JavaScript modules\n\t\t\tif(!tiddler.fields[\"plugin-type\"] && type !== \"application/javascript\") {\n\t\t\t\tvar tags = (tiddler.fields.tags || []).slice(0),\n\t\t\t\t\tlist = (tiddler.fields.list || []).slice(0),\n\t\t\t\t\tisModified = false;\n\t\t\t\tif(!options.dontRenameInTags) {\n\t\t\t\t\t// Rename tags\n\t\t\t\t\t$tw.utils.each(tags,function (title,index) {\n\t\t\t\t\t\tif(title === fromTitle) {\nconsole.log(\"Renaming tag '\" + tags[index] + \"' to '\" + toTitle + \"' of tiddler '\" + tiddler.fields.title + \"'\");\n\t\t\t\t\t\t\ttags[index] = toTitle;\n\t\t\t\t\t\t\tisModified = true;\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tif(!options.dontRenameInLists) {\n\t\t\t\t\t// Rename lists\n\t\t\t\t\t$tw.utils.each(list,function (title,index) {\n\t\t\t\t\t\tif(title === fromTitle) {\nconsole.log(\"Renaming list item '\" + list[index] + \"' to '\" + toTitle + \"' of tiddler '\" + tiddler.fields.title + \"'\");\n\t\t\t\t\t\t\tlist[index] = toTitle;\n\t\t\t\t\t\t\tisModified = true;\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tif(isModified) {\n\t\t\t\t\tvar newTiddler = new $tw.Tiddler(tiddler,{tags: tags, list: list},self.getModificationFields())\n\t\t\t\t\tnewTiddler = $tw.hooks.invokeHook(\"th-relinking-tiddler\",newTiddler,tiddler);\n\t\t\t\t\tself.addTiddler(newTiddler);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\nexports.renameTiddler = renameTiddler;\nexports.relinkTiddler = relinkTiddler;\n\n})();\n",
"title": "$:/core/modules/wiki-bulkops.js",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/core/modules/wiki.js": {
"text": "/*\\\ntitle: $:/core/modules/wiki.js\ntype: application/javascript\nmodule-type: wikimethod\n\nExtension methods for the $tw.Wiki object\n\nAdds the following properties to the wiki object:\n\n* `eventListeners` is a hashmap by type of arrays of listener functions\n* `changedTiddlers` is a hashmap describing changes to named tiddlers since wiki change events were last dispatched. Each entry is a hashmap containing two fields:\n\tmodified: true/false\n\tdeleted: true/false\n* `changeCount` is a hashmap by tiddler title containing a numerical index that starts at zero and is incremented each time a tiddler is created changed or deleted\n* `caches` is a hashmap by tiddler title containing a further hashmap of named cache objects. Caches are automatically cleared when a tiddler is modified or deleted\n* `globalCache` is a hashmap by cache name of cache objects that are cleared whenever any tiddler change occurs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar USER_NAME_TITLE = \"$:/status/UserName\",\n\tTIMESTAMP_DISABLE_TITLE = \"$:/config/TimestampDisable\";\n\n/*\nGet the value of a text reference. Text references can have any of these forms:\n\t<tiddlertitle>\n\t<tiddlertitle>!!<fieldname>\n\t!!<fieldname> - specifies a field of the current tiddlers\n\t<tiddlertitle>##<index>\n*/\nexports.getTextReference = function(textRef,defaultText,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tif(tr.field) {\n\t\tvar tiddler = this.getTiddler(title);\n\t\tif(tr.field === \"title\") { // Special case so we can return the title of a non-existent tiddler\n\t\t\treturn title;\n\t\t} else if(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\treturn tiddler.getFieldString(tr.field);\n\t\t} else {\n\t\t\treturn defaultText;\n\t\t}\n\t} else if(tr.index) {\n\t\treturn this.extractTiddlerDataItem(title,tr.index,defaultText);\n\t} else {\n\t\treturn this.getTiddlerText(title,defaultText);\n\t}\n};\n\nexports.setTextReference = function(textRef,value,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tthis.setText(title,tr.field,tr.index,value);\n};\n\nexports.setText = function(title,field,index,value,options) {\n\toptions = options || {};\n\tvar creationFields = options.suppressTimestamp ? {} : this.getCreationFields(),\n\t\tmodificationFields = options.suppressTimestamp ? {} : this.getModificationFields();\n\t// Check if it is a reference to a tiddler field\n\tif(index) {\n\t\tvar data = this.getTiddlerData(title,Object.create(null));\n\t\tif(value !== undefined) {\n\t\t\tdata[index] = value;\n\t\t} else {\n\t\t\tdelete data[index];\n\t\t}\n\t\tthis.setTiddlerData(title,data,modificationFields);\n\t} else {\n\t\tvar tiddler = this.getTiddler(title),\n\t\t\tfields = {title: title};\n\t\tfields[field || \"text\"] = value;\n\t\tthis.addTiddler(new $tw.Tiddler(creationFields,tiddler,fields,modificationFields));\n\t}\n};\n\nexports.deleteTextReference = function(textRef,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle,tiddler,fields;\n\t// Check if it is a reference to a tiddler\n\tif(tr.title && !tr.field) {\n\t\tthis.deleteTiddler(tr.title);\n\t// Else check for a field reference\n\t} else if(tr.field) {\n\t\ttitle = tr.title || currTiddlerTitle;\n\t\ttiddler = this.getTiddler(title);\n\t\tif(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\tfields = Object.create(null);\n\t\t\tfields[tr.field] = undefined;\n\t\t\tthis.addTiddler(new $tw.Tiddler(tiddler,fields,this.getModificationFields()));\n\t\t}\n\t}\n};\n\nexports.addEventListener = function(type,listener) {\n\tthis.eventListeners = this.eventListeners || {};\n\tthis.eventListeners[type] = this.eventListeners[type] || [];\n\tthis.eventListeners[type].push(listener);\t\n};\n\nexports.removeEventListener = function(type,listener) {\n\tvar listeners = this.eventListeners[type];\n\tif(listeners) {\n\t\tvar p = listeners.indexOf(listener);\n\t\tif(p !== -1) {\n\t\t\tlisteners.splice(p,1);\n\t\t}\n\t}\n};\n\nexports.dispatchEvent = function(type /*, args */) {\n\tvar args = Array.prototype.slice.call(arguments,1),\n\t\tlisteners = this.eventListeners[type];\n\tif(listeners) {\n\t\tfor(var p=0; p<listeners.length; p++) {\n\t\t\tvar listener = listeners[p];\n\t\t\tlistener.apply(listener,args);\n\t\t}\n\t}\n};\n\n/*\nCauses a tiddler to be marked as changed, incrementing the change count, and triggers event handlers.\nThis method should be called after the changes it describes have been made to the wiki.tiddlers[] array.\n\ttitle: Title of tiddler\n\tisDeleted: defaults to false (meaning the tiddler has been created or modified),\n\t\ttrue if the tiddler has been deleted\n*/\nexports.enqueueTiddlerEvent = function(title,isDeleted) {\n\t// Record the touch in the list of changed tiddlers\n\tthis.changedTiddlers = this.changedTiddlers || Object.create(null);\n\tthis.changedTiddlers[title] = this.changedTiddlers[title] || Object.create(null);\n\tthis.changedTiddlers[title][isDeleted ? \"deleted\" : \"modified\"] = true;\n\t// Increment the change count\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\tthis.changeCount[title]++;\n\t} else {\n\t\tthis.changeCount[title] = 1;\n\t}\n\t// Trigger events\n\tthis.eventListeners = this.eventListeners || {};\n\tif(!this.eventsTriggered) {\n\t\tvar self = this;\n\t\t$tw.utils.nextTick(function() {\n\t\t\tvar changes = self.changedTiddlers;\n\t\t\tself.changedTiddlers = Object.create(null);\n\t\t\tself.eventsTriggered = false;\n\t\t\tif($tw.utils.count(changes) > 0) {\n\t\t\t\tself.dispatchEvent(\"change\",changes);\n\t\t\t}\n\t\t});\n\t\tthis.eventsTriggered = true;\n\t}\n};\n\nexports.getSizeOfTiddlerEventQueue = function() {\n\treturn $tw.utils.count(this.changedTiddlers);\n};\n\nexports.clearTiddlerEventQueue = function() {\n\tthis.changedTiddlers = Object.create(null);\n\tthis.changeCount = Object.create(null);\n};\n\nexports.getChangeCount = function(title) {\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\treturn this.changeCount[title];\n\t} else {\n\t\treturn 0;\n\t}\n};\n\n/*\nGenerate an unused title from the specified base\n*/\nexports.generateNewTitle = function(baseTitle,options) {\n\toptions = options || {};\n\tvar c = 0,\n\t\ttitle = baseTitle;\n\twhile(this.tiddlerExists(title) || this.isShadowTiddler(title) || this.findDraft(title)) {\n\t\ttitle = baseTitle + \n\t\t\t(options.prefix || \" \") + \n\t\t\t(++c);\n\t}\n\treturn title;\n};\n\nexports.isSystemTiddler = function(title) {\n\treturn title && title.indexOf(\"$:/\") === 0;\n};\n\nexports.isTemporaryTiddler = function(title) {\n\treturn title && title.indexOf(\"$:/temp/\") === 0;\n};\n\nexports.isImageTiddler = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\t\t\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type || \"text/vnd.tiddlywiki\"];\n\t\treturn !!contentTypeInfo && contentTypeInfo.flags.indexOf(\"image\") !== -1;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLike addTiddler() except it will silently reject any plugin tiddlers that are older than the currently loaded version. Returns true if the tiddler was imported\n*/\nexports.importTiddler = function(tiddler) {\n\tvar existingTiddler = this.getTiddler(tiddler.fields.title);\n\t// Check if we're dealing with a plugin\n\tif(tiddler && tiddler.hasField(\"plugin-type\") && tiddler.hasField(\"version\") && existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t// Reject the incoming plugin if it is older\n\t\tif(!$tw.utils.checkVersions(tiddler.fields.version,existingTiddler.fields.version)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Fall through to adding the tiddler\n\tthis.addTiddler(tiddler);\n\treturn true;\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is created\n*/\nexports.getCreationFields = function() {\n\tif(this.getTiddlerText(TIMESTAMP_DISABLE_TITLE,\"\").toLowerCase() !== \"yes\") {\n\t\tvar fields = {\n\t\t\t\tcreated: new Date()\n\t\t\t},\n\t\t\tcreator = this.getTiddlerText(USER_NAME_TITLE);\n\t\tif(creator) {\n\t\t\tfields.creator = creator;\n\t\t}\n\t\treturn fields;\n\t} else {\n\t\treturn {};\n\t}\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is modified\n*/\nexports.getModificationFields = function() {\n\tif(this.getTiddlerText(TIMESTAMP_DISABLE_TITLE,\"\").toLowerCase() !== \"yes\") {\n\t\tvar fields = Object.create(null),\n\t\t\tmodifier = this.getTiddlerText(USER_NAME_TITLE);\n\t\tfields.modified = new Date();\n\t\tif(modifier) {\n\t\t\tfields.modifier = modifier;\n\t\t}\n\t\treturn fields;\n\t} else {\n\t\treturn {};\n\t}\n};\n\n/*\nReturn a sorted array of tiddler titles. Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.getTiddlers = function(options) {\n\toptions = options || Object.create(null);\n\tvar self = this,\n\t\tsortField = options.sortField || \"title\",\n\t\ttiddlers = [], t, titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tif(options.includeSystem || !self.isSystemTiddler(title)) {\n\t\t\tif(!options.excludeTag || !tiddler.hasTag(options.excludeTag)) {\n\t\t\t\ttiddlers.push(tiddler);\n\t\t\t}\n\t\t}\n\t});\n\ttiddlers.sort(function(a,b) {\n\t\tvar aa = a.fields[sortField].toLowerCase() || \"\",\n\t\t\tbb = b.fields[sortField].toLowerCase() || \"\";\n\t\tif(aa < bb) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(aa > bb) {\n\t\t\t\treturn 1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n\tfor(t=0; t<tiddlers.length; t++) {\n\t\ttitles.push(tiddlers[t].fields.title);\n\t}\n\treturn titles;\n};\n\nexports.countTiddlers = function(excludeTag) {\n\tvar tiddlers = this.getTiddlers({excludeTag: excludeTag});\n\treturn $tw.utils.count(tiddlers);\n};\n\n/*\nReturns a function iterator(callback) that iterates through the specified titles, and invokes the callback with callback(tiddler,title)\n*/\nexports.makeTiddlerIterator = function(titles) {\n\tvar self = this;\n\tif(!$tw.utils.isArray(titles)) {\n\t\ttitles = Object.keys(titles);\n\t} else {\n\t\ttitles = titles.slice(0);\n\t}\n\treturn function(callback) {\n\t\ttitles.forEach(function(title) {\n\t\t\tcallback(self.getTiddler(title),title);\n\t\t});\n\t};\n};\n\n/*\nSort an array of tiddler titles by a specified field\n\ttitles: array of titles (sorted in place)\n\tsortField: name of field to sort by\n\tisDescending: true if the sort should be descending\n\tisCaseSensitive: true if the sort should consider upper and lower case letters to be different\n*/\nexports.sortTiddlers = function(titles,sortField,isDescending,isCaseSensitive,isNumeric) {\n\tvar self = this;\n\ttitles.sort(function(a,b) {\n\t\tvar x,y,\n\t\t\tcompareNumbers = function(x,y) {\n\t\t\t\tvar result = \n\t\t\t\t\tisNaN(x) && !isNaN(y) ? (isDescending ? -1 : 1) :\n\t\t\t\t\t!isNaN(x) && isNaN(y) ? (isDescending ? 1 : -1) :\n\t\t\t\t\t\t\t\t\t\t\t(isDescending ? y - x : x - y);\n\t\t\t\treturn result;\n\t\t\t};\n\t\tif(sortField !== \"title\") {\n\t\t\tvar tiddlerA = self.getTiddler(a),\n\t\t\t\ttiddlerB = self.getTiddler(b);\n\t\t\tif(tiddlerA) {\n\t\t\t\ta = tiddlerA.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\ta = \"\";\n\t\t\t}\n\t\t\tif(tiddlerB) {\n\t\t\t\tb = tiddlerB.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\tb = \"\";\n\t\t\t}\n\t\t}\n\t\tx = Number(a);\n\t\ty = Number(b);\n\t\tif(isNumeric && (!isNaN(x) || !isNaN(y))) {\n\t\t\treturn compareNumbers(x,y);\n\t\t} else if($tw.utils.isDate(a) && $tw.utils.isDate(b)) {\n\t\t\treturn isDescending ? b - a : a - b;\n\t\t} else {\n\t\t\ta = String(a);\n\t\t\tb = String(b);\n\t\t\tif(!isCaseSensitive) {\n\t\t\t\ta = a.toLowerCase();\n\t\t\t\tb = b.toLowerCase();\n\t\t\t}\n\t\t\treturn isDescending ? b.localeCompare(a) : a.localeCompare(b);\n\t\t}\n\t});\n};\n\n/*\nFor every tiddler invoke a callback(title,tiddler) with `this` set to the wiki object. Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.forEachTiddler = function(/* [options,]callback */) {\n\tvar arg = 0,\n\t\toptions = arguments.length >= 2 ? arguments[arg++] : {},\n\t\tcallback = arguments[arg++],\n\t\ttitles = this.getTiddlers(options),\n\t\tt, tiddler;\n\tfor(t=0; t<titles.length; t++) {\n\t\ttiddler = this.getTiddler(titles[t]);\n\t\tif(tiddler) {\n\t\t\tcallback.call(this,tiddler.fields.title,tiddler);\n\t\t}\n\t}\n};\n\n/*\nReturn an array of tiddler titles that are directly linked from the specified tiddler\n*/\nexports.getTiddlerLinks = function(title) {\n\tvar self = this;\n\t// We'll cache the links so they only get computed if the tiddler changes\n\treturn this.getCacheForTiddler(title,\"links\",function() {\n\t\t// Parse the tiddler\n\t\tvar parser = self.parseTiddler(title);\n\t\t// Count up the links\n\t\tvar links = [],\n\t\t\tcheckParseTree = function(parseTree) {\n\t\t\t\tfor(var t=0; t<parseTree.length; t++) {\n\t\t\t\t\tvar parseTreeNode = parseTree[t];\n\t\t\t\t\tif(parseTreeNode.type === \"link\" && parseTreeNode.attributes.to && parseTreeNode.attributes.to.type === \"string\") {\n\t\t\t\t\t\tvar value = parseTreeNode.attributes.to.value;\n\t\t\t\t\t\tif(links.indexOf(value) === -1) {\n\t\t\t\t\t\t\tlinks.push(value);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t\tif(parseTreeNode.children) {\n\t\t\t\t\t\tcheckParseTree(parseTreeNode.children);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t};\n\t\tif(parser) {\n\t\t\tcheckParseTree(parser.tree);\n\t\t}\n\t\treturn links;\n\t});\n};\n\n/*\nReturn an array of tiddler titles that link to the specified tiddler\n*/\nexports.getTiddlerBacklinks = function(targetTitle) {\n\tvar self = this,\n\t\tbacklinks = [];\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\tif(links.indexOf(targetTitle) !== -1) {\n\t\t\tbacklinks.push(title);\n\t\t}\n\t});\n\treturn backlinks;\n};\n\n/*\nReturn a hashmap of tiddler titles that are referenced but not defined. Each value is the number of times the missing tiddler is referenced\n*/\nexports.getMissingTitles = function() {\n\tvar self = this,\n\t\tmissing = [];\n// We should cache the missing tiddler list, even if we recreate it every time any tiddler is modified\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tif((!self.tiddlerExists(link) && !self.isShadowTiddler(link)) && missing.indexOf(link) === -1) {\n\t\t\t\tmissing.push(link);\n\t\t\t}\n\t\t});\n\t});\n\treturn missing;\n};\n\nexports.getOrphanTitles = function() {\n\tvar self = this,\n\t\torphans = this.getTiddlers();\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tvar p = orphans.indexOf(link);\n\t\t\tif(p !== -1) {\n\t\t\t\torphans.splice(p,1);\n\t\t\t}\n\t\t});\n\t});\n\treturn orphans; // Todo\n};\n\n/*\nRetrieves a list of the tiddler titles that are tagged with a given tag\n*/\nexports.getTiddlersWithTag = function(tag) {\n\tvar self = this;\n\treturn this.getGlobalCache(\"taglist-\" + tag,function() {\n\t\tvar tagmap = self.getTagMap();\n\t\treturn self.sortByList(tagmap[tag],tag);\n\t});\n};\n\n/*\nGet a hashmap by tag of arrays of tiddler titles\n*/\nexports.getTagMap = function() {\n\tvar self = this;\n\treturn this.getGlobalCache(\"tagmap\",function() {\n\t\tvar tags = Object.create(null),\n\t\t\tstoreTags = function(tagArray,title) {\n\t\t\t\tif(tagArray) {\n\t\t\t\t\tfor(var index=0; index<tagArray.length; index++) {\n\t\t\t\t\t\tvar tag = tagArray[index];\n\t\t\t\t\t\tif($tw.utils.hop(tags,tag)) {\n\t\t\t\t\t\t\ttags[tag].push(title);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\ttags[tag] = [title];\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t},\n\t\t\ttitle, tiddler;\n\t\t// Collect up all the tags\n\t\tself.eachShadow(function(tiddler,title) {\n\t\t\tif(!self.tiddlerExists(title)) {\n\t\t\t\ttiddler = self.getTiddler(title);\n\t\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t\t}\n\t\t});\n\t\tself.each(function(tiddler,title) {\n\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t});\n\t\treturn tags;\n\t});\n};\n\n/*\nLookup a given tiddler and return a list of all the tiddlers that include it in the specified list field\n*/\nexports.findListingsOfTiddler = function(targetTitle,fieldName) {\n\tfieldName = fieldName || \"list\";\n\tvar titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tvar list = $tw.utils.parseStringArray(tiddler.fields[fieldName]);\n\t\tif(list && list.indexOf(targetTitle) !== -1) {\n\t\t\ttitles.push(title);\n\t\t}\n\t});\n\treturn titles;\n};\n\n/*\nSorts an array of tiddler titles according to an ordered list\n*/\nexports.sortByList = function(array,listTitle) {\n\tvar list = this.getTiddlerList(listTitle);\n\tif(!array || array.length === 0) {\n\t\treturn [];\n\t} else {\n\t\tvar titles = [], t, title;\n\t\t// First place any entries that are present in the list\n\t\tfor(t=0; t<list.length; t++) {\n\t\t\ttitle = list[t];\n\t\t\tif(array.indexOf(title) !== -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Then place any remaining entries\n\t\tfor(t=0; t<array.length; t++) {\n\t\t\ttitle = array[t];\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Finally obey the list-before and list-after fields of each tiddler in turn\n\t\tvar sortedTitles = titles.slice(0);\n\t\tfor(t=0; t<sortedTitles.length; t++) {\n\t\t\ttitle = sortedTitles[t];\n\t\t\tvar currPos = titles.indexOf(title),\n\t\t\t\tnewPos = -1,\n\t\t\t\ttiddler = this.getTiddler(title);\n\t\t\tif(tiddler) {\n\t\t\t\tvar beforeTitle = tiddler.fields[\"list-before\"],\n\t\t\t\t\tafterTitle = tiddler.fields[\"list-after\"];\n\t\t\t\tif(beforeTitle === \"\") {\n\t\t\t\t\tnewPos = 0;\n\t\t\t\t} else if(beforeTitle) {\n\t\t\t\t\tnewPos = titles.indexOf(beforeTitle);\n\t\t\t\t} else if(afterTitle) {\n\t\t\t\t\tnewPos = titles.indexOf(afterTitle);\n\t\t\t\t\tif(newPos >= 0) {\n\t\t\t\t\t\t++newPos;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tif(newPos === -1) {\n\t\t\t\t\tnewPos = currPos;\n\t\t\t\t}\n\t\t\t\tif(newPos !== currPos) {\n\t\t\t\t\ttitles.splice(currPos,1);\n\t\t\t\t\tif(newPos >= currPos) {\n\t\t\t\t\t\tnewPos--;\n\t\t\t\t\t}\n\t\t\t\t\ttitles.splice(newPos,0,title);\n\t\t\t\t}\n\t\t\t}\n\n\t\t}\n\t\treturn titles;\n\t}\n};\n\nexports.getSubTiddler = function(title,subTiddlerTitle) {\n\tvar bundleInfo = this.getPluginInfo(title) || this.getTiddlerDataCached(title);\n\tif(bundleInfo && bundleInfo.tiddlers) {\n\t\tvar subTiddler = bundleInfo.tiddlers[subTiddlerTitle];\n\t\tif(subTiddler) {\n\t\t\treturn new $tw.Tiddler(subTiddler);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRetrieve a tiddler as a JSON string of the fields\n*/\nexports.getTiddlerAsJson = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\tvar fields = Object.create(null);\n\t\t$tw.utils.each(tiddler.fields,function(value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\treturn JSON.stringify(fields);\n\t} else {\n\t\treturn JSON.stringify({title: title});\n\t}\n};\n\n/*\nGet the content of a tiddler as a JavaScript object. How this is done depends on the type of the tiddler:\n\napplication/json: the tiddler JSON is parsed into an object\napplication/x-tiddler-dictionary: the tiddler is parsed as sequence of name:value pairs\n\nOther types currently just return null.\n\ntitleOrTiddler: string tiddler title or a tiddler object\ndefaultData: default data to be returned if the tiddler is missing or doesn't contain data\n\nNote that the same value is returned for repeated calls for the same tiddler data. The value is frozen to prevent modification; otherwise modifications would be visible to all callers\n*/\nexports.getTiddlerDataCached = function(titleOrTiddler,defaultData) {\n\tvar self = this,\n\t\ttiddler = titleOrTiddler;\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\ttiddler = this.getTiddler(tiddler);\t\n\t}\n\tif(tiddler) {\n\t\treturn this.getCacheForTiddler(tiddler.fields.title,\"data\",function() {\n\t\t\t// Return the frozen value\n\t\t\tvar value = self.getTiddlerData(tiddler.fields.title,undefined);\n\t\t\t$tw.utils.deepFreeze(value);\n\t\t\treturn value;\n\t\t}) || defaultData;\n\t} else {\n\t\treturn defaultData;\n\t}\n};\n\n/*\nAlternative, uncached version of getTiddlerDataCached(). The return value can be mutated freely and reused\n*/\nexports.getTiddlerData = function(titleOrTiddler,defaultData) {\n\tvar tiddler = titleOrTiddler,\n\t\tdata;\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\ttiddler = this.getTiddler(tiddler);\t\n\t}\n\tif(tiddler && tiddler.fields.text) {\n\t\tswitch(tiddler.fields.type) {\n\t\t\tcase \"application/json\":\n\t\t\t\t// JSON tiddler\n\t\t\t\ttry {\n\t\t\t\t\tdata = JSON.parse(tiddler.fields.text);\n\t\t\t\t} catch(ex) {\n\t\t\t\t\treturn defaultData;\n\t\t\t\t}\n\t\t\t\treturn data;\n\t\t\tcase \"application/x-tiddler-dictionary\":\n\t\t\t\treturn $tw.utils.parseFields(tiddler.fields.text);\n\t\t}\n\t}\n\treturn defaultData;\n};\n\n/*\nExtract an indexed field from within a data tiddler\n*/\nexports.extractTiddlerDataItem = function(titleOrTiddler,index,defaultText) {\n\tvar data = this.getTiddlerDataCached(titleOrTiddler,Object.create(null)),\n\t\ttext;\n\tif(data && $tw.utils.hop(data,index)) {\n\t\ttext = data[index];\n\t}\n\tif(typeof text === \"string\" || typeof text === \"number\") {\n\t\treturn text.toString();\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nSet a tiddlers content to a JavaScript object. Currently this is done by setting the tiddler's type to \"application/json\" and setting the text to the JSON text of the data.\ntitle: title of tiddler\ndata: object that can be serialised to JSON\nfields: optional hashmap of additional tiddler fields to be set\n*/\nexports.setTiddlerData = function(title,data,fields) {\n\tvar existingTiddler = this.getTiddler(title),\n\t\tnewFields = {\n\t\t\ttitle: title\n\t};\n\tif(existingTiddler && existingTiddler.fields.type === \"application/x-tiddler-dictionary\") {\n\t\tnewFields.text = $tw.utils.makeTiddlerDictionary(data);\n\t} else {\n\t\tnewFields.type = \"application/json\";\n\t\tnewFields.text = JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n\t}\n\tthis.addTiddler(new $tw.Tiddler(this.getCreationFields(),existingTiddler,fields,newFields,this.getModificationFields()));\n};\n\n/*\nReturn the content of a tiddler as an array containing each line\n*/\nexports.getTiddlerList = function(title,field,index) {\n\tif(index) {\n\t\treturn $tw.utils.parseStringArray(this.extractTiddlerDataItem(title,index,\"\"));\n\t}\n\tfield = field || \"list\";\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\treturn ($tw.utils.parseStringArray(tiddler.fields[field]) || []).slice(0);\n\t}\n\treturn [];\n};\n\n// Return a named global cache object. Global cache objects are cleared whenever a tiddler change occurs\nexports.getGlobalCache = function(cacheName,initializer) {\n\tthis.globalCache = this.globalCache || Object.create(null);\n\tif($tw.utils.hop(this.globalCache,cacheName)) {\n\t\treturn this.globalCache[cacheName];\n\t} else {\n\t\tthis.globalCache[cacheName] = initializer();\n\t\treturn this.globalCache[cacheName];\n\t}\n};\n\nexports.clearGlobalCache = function() {\n\tthis.globalCache = Object.create(null);\n};\n\n// Return the named cache object for a tiddler. If the cache doesn't exist then the initializer function is invoked to create it\nexports.getCacheForTiddler = function(title,cacheName,initializer) {\n\tthis.caches = this.caches || Object.create(null);\n\tvar caches = this.caches[title];\n\tif(caches && caches[cacheName]) {\n\t\treturn caches[cacheName];\n\t} else {\n\t\tif(!caches) {\n\t\t\tcaches = Object.create(null);\n\t\t\tthis.caches[title] = caches;\n\t\t}\n\t\tcaches[cacheName] = initializer();\n\t\treturn caches[cacheName];\n\t}\n};\n\n// Clear all caches associated with a particular tiddler, or, if the title is null, clear all the caches for all the tiddlers\nexports.clearCache = function(title) {\n\tif(title) {\n\t\tthis.caches = this.caches || Object.create(null);\n\t\tif($tw.utils.hop(this.caches,title)) {\n\t\t\tdelete this.caches[title];\n\t\t}\n\t} else {\n\t\tthis.caches = Object.create(null);\n\t}\n};\n\nexports.initParsers = function(moduleType) {\n\t// Install the parser modules\n\t$tw.Wiki.parsers = {};\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(\"parser\",function(title,module) {\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\t$tw.Wiki.parsers[f] = module[f]; // Store the parser class\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nParse a block of text of a specified MIME type\n\ttype: content type of text to be parsed\n\ttext: text\n\toptions: see below\nOptions include:\n\tparseAsInline: if true, the text of the tiddler will be parsed as an inline run\n\t_canonical_uri: optional string of the canonical URI of this content\n*/\nexports.parseText = function(type,text,options) {\n\ttext = text || \"\";\n\toptions = options || {};\n\t// Select a parser\n\tvar Parser = $tw.Wiki.parsers[type];\n\tif(!Parser && $tw.utils.getFileExtensionInfo(type)) {\n\t\tParser = $tw.Wiki.parsers[$tw.utils.getFileExtensionInfo(type).type];\n\t}\n\tif(!Parser) {\n\t\tParser = $tw.Wiki.parsers[options.defaultType || \"text/vnd.tiddlywiki\"];\n\t}\n\tif(!Parser) {\n\t\treturn null;\n\t}\n\t// Return the parser instance\n\treturn new Parser(type,text,{\n\t\tparseAsInline: options.parseAsInline,\n\t\twiki: this,\n\t\t_canonical_uri: options._canonical_uri\n\t});\n};\n\n/*\nParse a tiddler according to its MIME type\n*/\nexports.parseTiddler = function(title,options) {\n\toptions = $tw.utils.extend({},options);\n\tvar cacheType = options.parseAsInline ? \"inlineParseTree\" : \"blockParseTree\",\n\t\ttiddler = this.getTiddler(title),\n\t\tself = this;\n\treturn tiddler ? this.getCacheForTiddler(title,cacheType,function() {\n\t\t\tif(tiddler.hasField(\"_canonical_uri\")) {\n\t\t\t\toptions._canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t}\n\t\t\treturn self.parseText(tiddler.fields.type,tiddler.fields.text,options);\n\t\t}) : null;\n};\n\nexports.parseTextReference = function(title,field,index,options) {\n\tvar tiddler,text;\n\tif(options.subTiddler) {\n\t\ttiddler = this.getSubTiddler(title,options.subTiddler);\n\t} else {\n\t\ttiddler = this.getTiddler(title);\n\t\tif(field === \"text\" || (!field && !index)) {\n\t\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\t\treturn this.parseTiddler(title,options);\n\t\t}\n\t}\n\tif(field === \"text\" || (!field && !index)) {\n\t\tif(tiddler && tiddler.fields) {\n\t\t\treturn this.parseText(tiddler.fields.type || \"text/vnd.tiddlywiki\",tiddler.fields.text,options);\t\t\t\n\t\t} else {\n\t\t\treturn null;\n\t\t}\n\t} else if(field) {\n\t\tif(field === \"title\") {\n\t\t\ttext = title;\n\t\t} else {\n\t\t\tif(!tiddler || !tiddler.hasField(field)) {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t\ttext = tiddler.fields[field];\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text.toString(),options);\n\t} else if(index) {\n\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\ttext = this.extractTiddlerDataItem(tiddler,index,undefined);\n\t\tif(text === undefined) {\n\t\t\treturn null;\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text,options);\n\t}\n};\n\n/*\nMake a widget tree for a parse tree\nparser: parser object\noptions: see below\nOptions include:\ndocument: optional document to use\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.makeWidget = function(parser,options) {\n\toptions = options || {};\n\tvar widgetNode = {\n\t\t\ttype: \"widget\",\n\t\t\tchildren: []\n\t\t},\n\t\tcurrWidgetNode = widgetNode;\n\t// Create set variable widgets for each variable\n\t$tw.utils.each(options.variables,function(value,name) {\n\t\tvar setVariableWidget = {\n\t\t\ttype: \"set\",\n\t\t\tattributes: {\n\t\t\t\tname: {type: \"string\", value: name},\n\t\t\t\tvalue: {type: \"string\", value: value}\n\t\t\t},\n\t\t\tchildren: []\n\t\t};\n\t\tcurrWidgetNode.children = [setVariableWidget];\n\t\tcurrWidgetNode = setVariableWidget;\n\t});\n\t// Add in the supplied parse tree nodes\n\tcurrWidgetNode.children = parser ? parser.tree : [];\n\t// Create the widget\n\treturn new widget.widget(widgetNode,{\n\t\twiki: this,\n\t\tdocument: options.document || $tw.fakeDocument,\n\t\tparentWidget: options.parentWidget\n\t});\n};\n\n/*\nMake a widget tree for transclusion\ntitle: target tiddler title\noptions: as for wiki.makeWidget() plus:\noptions.field: optional field to transclude (defaults to \"text\")\noptions.mode: transclusion mode \"inline\" or \"block\"\noptions.children: optional array of children for the transclude widget\noptions.importVariables: optional importvariables filter string for macros to be included\noptions.importPageMacros: optional boolean; if true, equivalent to passing \"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\" to options.importVariables\n*/\nexports.makeTranscludeWidget = function(title,options) {\n\toptions = options || {};\n\tvar parseTreeDiv = {tree: [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"div\",\n\t\t\tchildren: []}]},\n\t\tparseTreeImportVariables = {\n\t\t\ttype: \"importvariables\",\n\t\t\tattributes: {\n\t\t\t\tfilter: {\n\t\t\t\t\tname: \"filter\",\n\t\t\t\t\ttype: \"string\"\n\t\t\t\t}\n\t\t\t},\n\t\t\tisBlock: false,\n\t\t\tchildren: []},\n\t\tparseTreeTransclude = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {\n\t\t\t\t\tname: \"tiddler\",\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: title}},\n\t\t\tisBlock: !options.parseAsInline};\n\tif(options.importVariables || options.importPageMacros) {\n\t\tif(options.importVariables) {\n\t\t\tparseTreeImportVariables.attributes.filter.value = options.importVariables;\n\t\t} else if(options.importPageMacros) {\n\t\t\tparseTreeImportVariables.attributes.filter.value = \"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\";\n\t\t}\n\t\tparseTreeDiv.tree[0].children.push(parseTreeImportVariables);\n\t\tparseTreeImportVariables.children.push(parseTreeTransclude);\n\t} else {\n\t\tparseTreeDiv.tree[0].children.push(parseTreeTransclude);\n\t}\n\tif(options.field) {\n\t\tparseTreeTransclude.attributes.field = {type: \"string\", value: options.field};\n\t}\n\tif(options.mode) {\n\t\tparseTreeTransclude.attributes.mode = {type: \"string\", value: options.mode};\n\t}\n\tif(options.children) {\n\t\tparseTreeTransclude.children = options.children;\n\t}\n\treturn $tw.wiki.makeWidget(parseTreeDiv,options);\n};\n\n/*\nParse text in a specified format and render it into another format\n\toutputType: content type for the output\n\ttextType: content type of the input text\n\ttext: input text\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderText = function(outputType,textType,text,options) {\n\toptions = options || {};\n\tvar parser = this.parseText(textType,text,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : container.textContent;\n};\n\n/*\nParse text from a tiddler and render it into another format\n\toutputType: content type for the output\n\ttitle: title of the tiddler to be rendered\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderTiddler = function(outputType,title,options) {\n\toptions = options || {};\n\tvar parser = this.parseTiddler(title,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : (outputType === \"text/plain-formatted\" ? container.formattedTextContent : container.textContent);\n};\n\n/*\nReturn an array of tiddler titles that match a search string\n\ttext: The text string to search for\n\toptions: see below\nOptions available:\n\tsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\n\texclude: An array of tiddler titles to exclude from the search\n\tinvert: If true returns tiddlers that do not contain the specified string\n\tcaseSensitive: If true forces a case sensitive search\n\tliteral: If true, searches for literal string, rather than separate search terms\n\tfield: If specified, restricts the search to the specified field\n*/\nexports.search = function(text,options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tt,\n\t\tinvert = !!options.invert;\n\t// Convert the search string into a regexp for each term\n\tvar terms, searchTermsRegExps,\n\t\tflags = options.caseSensitive ? \"\" : \"i\";\n\tif(options.literal) {\n\t\tif(text.length === 0) {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [new RegExp(\"(\" + $tw.utils.escapeRegExp(text) + \")\",flags)];\n\t\t}\n\t} else {\n\t\tterms = text.split(/ +/);\n\t\tif(terms.length === 1 && terms[0] === \"\") {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [];\n\t\t\tfor(t=0; t<terms.length; t++) {\n\t\t\t\tsearchTermsRegExps.push(new RegExp(\"(\" + $tw.utils.escapeRegExp(terms[t]) + \")\",flags));\n\t\t\t}\n\t\t}\n\t}\n\t// Function to check a given tiddler for the search term\n\tvar searchTiddler = function(title) {\n\t\tif(!searchTermsRegExps) {\n\t\t\treturn true;\n\t\t}\n\t\tvar tiddler = self.getTiddler(title);\n\t\tif(!tiddler) {\n\t\t\ttiddler = new $tw.Tiddler({title: title, text: \"\", type: \"text/vnd.tiddlywiki\"});\n\t\t}\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type] || $tw.config.contentTypeInfo[\"text/vnd.tiddlywiki\"],\n\t\t\tmatch;\n\t\tfor(var t=0; t<searchTermsRegExps.length; t++) {\n\t\t\tmatch = false;\n\t\t\tif(options.field) {\n\t\t\t\tmatch = searchTermsRegExps[t].test(tiddler.getFieldString(options.field));\n\t\t\t} else {\n\t\t\t\t// Search title, tags and body\n\t\t\t\tif(contentTypeInfo.encoding === \"utf8\") {\n\t\t\t\t\tmatch = match || searchTermsRegExps[t].test(tiddler.fields.text);\n\t\t\t\t}\n\t\t\t\tvar tags = tiddler.fields.tags ? tiddler.fields.tags.join(\"\\0\") : \"\";\n\t\t\t\tmatch = match || searchTermsRegExps[t].test(tags) || searchTermsRegExps[t].test(tiddler.fields.title);\n\t\t\t}\n\t\t\tif(!match) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t\treturn true;\n\t};\n\t// Loop through all the tiddlers doing the search\n\tvar results = [],\n\t\tsource = options.source || this.each;\n\tsource(function(tiddler,title) {\n\t\tif(searchTiddler(title) !== options.invert) {\n\t\t\tresults.push(title);\n\t\t}\n\t});\n\t// Remove any of the results we have to exclude\n\tif(options.exclude) {\n\t\tfor(t=0; t<options.exclude.length; t++) {\n\t\t\tvar p = results.indexOf(options.exclude[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tresults.splice(p,1);\n\t\t\t}\n\t\t}\n\t}\n\treturn results;\n};\n\n/*\nTrigger a load for a tiddler if it is skinny. Returns the text, or undefined if the tiddler is missing, null if the tiddler is being lazily loaded.\n*/\nexports.getTiddlerText = function(title,defaultText) {\n\tvar tiddler = this.getTiddler(title);\n\t// Return undefined if the tiddler isn't found\n\tif(!tiddler) {\n\t\treturn defaultText;\n\t}\n\tif(tiddler.fields.text !== undefined) {\n\t\t// Just return the text if we've got it\n\t\treturn tiddler.fields.text;\n\t} else {\n\t\t// Tell any listeners about the need to lazily load this tiddler\n\t\tthis.dispatchEvent(\"lazyLoad\",title);\n\t\t// Indicate that the text is being loaded\n\t\treturn null;\n\t}\n};\n\n/*\nCheck whether the text of a tiddler matches a given value. By default, the comparison is case insensitive, and any spaces at either end of the tiddler text is trimmed\n*/\nexports.checkTiddlerText = function(title,targetText,options) {\n\toptions = options || {};\n\tvar text = this.getTiddlerText(title,\"\");\n\tif(!options.noTrim) {\n\t\ttext = text.trim();\n\t}\n\tif(!options.caseSensitive) {\n\t\ttext = text.toLowerCase();\n\t\ttargetText = targetText.toLowerCase();\n\t}\n\treturn text === targetText;\n}\n\n/*\nRead an array of browser File objects, invoking callback(tiddlerFieldsArray) once they're all read\n*/\nexports.readFiles = function(files,callback) {\n\tvar result = [],\n\t\toutstanding = files.length;\n\tfor(var f=0; f<files.length; f++) {\n\t\tthis.readFile(files[f],function(tiddlerFieldsArray) {\n\t\t\tresult.push.apply(result,tiddlerFieldsArray);\n\t\t\tif(--outstanding === 0) {\n\t\t\t\tcallback(result);\n\t\t\t}\n\t\t});\n\t}\n\treturn files.length;\n};\n\n/*\nRead a browser File object, invoking callback(tiddlerFieldsArray) with an array of tiddler fields objects\n*/\nexports.readFile = function(file,callback) {\n\t// Get the type, falling back to the filename extension\n\tvar self = this,\n\t\ttype = file.type;\n\tif(type === \"\" || !type) {\n\t\tvar dotPos = file.name.lastIndexOf(\".\");\n\t\tif(dotPos !== -1) {\n\t\t\tvar fileExtensionInfo = $tw.utils.getFileExtensionInfo(file.name.substr(dotPos));\n\t\t\tif(fileExtensionInfo) {\n\t\t\t\ttype = fileExtensionInfo.type;\n\t\t\t}\n\t\t}\n\t}\n\t// Figure out if we're reading a binary file\n\tvar contentTypeInfo = $tw.config.contentTypeInfo[type],\n\t\tisBinary = contentTypeInfo ? contentTypeInfo.encoding === \"base64\" : false;\n\t// Log some debugging information\n\tif($tw.log.IMPORT) {\n\t\tconsole.log(\"Importing file '\" + file.name + \"', type: '\" + type + \"', isBinary: \" + isBinary);\n\t}\n\t// Create the FileReader\n\tvar reader = new FileReader();\n\t// Onload\n\treader.onload = function(event) {\n\t\tvar text = event.target.result,\n\t\t\ttiddlerFields = {title: file.name || \"Untitled\", type: type};\n\t\tif(isBinary) {\n\t\t\tvar commaPos = text.indexOf(\",\");\n\t\t\tif(commaPos !== -1) {\n\t\t\t\ttext = text.substr(commaPos + 1);\n\t\t\t}\n\t\t}\n\t\t// Check whether this is an encrypted TiddlyWiki file\n\t\tvar encryptedJson = $tw.utils.extractEncryptedStoreArea(text);\n\t\tif(encryptedJson) {\n\t\t\t// If so, attempt to decrypt it with the current password\n\t\t\t$tw.utils.decryptStoreAreaInteractive(encryptedJson,function(tiddlers) {\n\t\t\t\tcallback(tiddlers);\n\t\t\t});\n\t\t} else {\n\t\t\t// Otherwise, just try to deserialise any tiddlers in the file\n\t\t\tcallback(self.deserializeTiddlers(type,text,tiddlerFields));\n\t\t}\n\t};\n\t// Kick off the read\n\tif(isBinary) {\n\t\treader.readAsDataURL(file);\n\t} else {\n\t\treader.readAsText(file);\n\t}\n};\n\n/*\nFind any existing draft of a specified tiddler\n*/\nexports.findDraft = function(targetTitle) {\n\tvar draftTitle = undefined;\n\tthis.forEachTiddler({includeSystem: true},function(title,tiddler) {\n\t\tif(tiddler.fields[\"draft.title\"] && tiddler.fields[\"draft.of\"] === targetTitle) {\n\t\t\tdraftTitle = title;\n\t\t}\n\t});\n\treturn draftTitle;\n}\n\n/*\nCheck whether the specified draft tiddler has been modified.\nIf the original tiddler doesn't exist, create a vanilla tiddler variable,\nto check if additional fields have been added.\n*/\nexports.isDraftModified = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(!tiddler.isDraft()) {\n\t\treturn false;\n\t}\n\tvar ignoredFields = [\"created\", \"modified\", \"title\", \"draft.title\", \"draft.of\"],\n\t\torigTiddler = this.getTiddler(tiddler.fields[\"draft.of\"]) || new $tw.Tiddler({text:\"\", tags:[]}),\n\t\ttitleModified = tiddler.fields[\"draft.title\"] !== tiddler.fields[\"draft.of\"];\n\treturn titleModified || !tiddler.isEqual(origTiddler,ignoredFields);\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\nhistoryTitle: title of history tiddler (defaults to $:/HistoryList)\n*/\nexports.addToHistory = function(title,fromPageRect,historyTitle) {\n\tvar story = new $tw.Story({wiki: this, historyTitle: historyTitle});\n\tstory.addToHistory(title,fromPageRect);\n};\n\n/*\nInvoke the available upgrader modules\ntitles: array of tiddler titles to be processed\ntiddlers: hashmap by title of tiddler fields of pending import tiddlers. These can be modified by the upgraders. An entry with no fields indicates a tiddler that was pending import has been suppressed. When entries are added to the pending import the tiddlers hashmap may have entries that are not present in the titles array\nReturns a hashmap of messages keyed by tiddler title.\n*/\nexports.invokeUpgraders = function(titles,tiddlers) {\n\t// Collect up the available upgrader modules\n\tvar self = this;\n\tif(!this.upgraderModules) {\n\t\tthis.upgraderModules = [];\n\t\t$tw.modules.forEachModuleOfType(\"upgrader\",function(title,module) {\n\t\t\tif(module.upgrade) {\n\t\t\t\tself.upgraderModules.push(module);\n\t\t\t}\n\t\t});\n\t}\n\t// Invoke each upgrader in turn\n\tvar messages = {};\n\tfor(var t=0; t<this.upgraderModules.length; t++) {\n\t\tvar upgrader = this.upgraderModules[t],\n\t\t\tupgraderMessages = upgrader.upgrade(this,titles,tiddlers);\n\t\t$tw.utils.extend(messages,upgraderMessages);\n\t}\n\treturn messages;\n};\n\n})();\n\n",
"title": "$:/core/modules/wiki.js",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/palettes/Blanca": {
"title": "$:/palettes/Blanca",
"name": "Blanca",
"description": "A clean white palette to let you focus",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #66cccc\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ffffff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #7897f3\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ccc\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #ffffff\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #7897f3\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #eeeeee\ntab-border-selected: #cccccc\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffeedd\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: #eee\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #ff9900\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Blue": {
"title": "$:/palettes/Blue",
"name": "Blue",
"description": "A blue theme",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour foreground>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333353\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ddddff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: <<colour page-background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #5959c0\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: #ccccdd\ntab-border-selected: #ccccdd\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #eeeeff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #666666\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #ffffff\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #ffffff\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #5959c0\ntoolbar-new-button: #5eb95e\ntoolbar-options-button: rgb(128, 88, 165)\ntoolbar-save-button: #0e90d2\ntoolbar-info-button: #0e90d2\ntoolbar-edit-button: rgb(243, 123, 29)\ntoolbar-close-button: #dd514c\ntoolbar-delete-button: #dd514c\ntoolbar-cancel-button: rgb(243, 123, 29)\ntoolbar-done-button: #5eb95e\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Muted": {
"title": "$:/palettes/Muted",
"name": "Muted",
"description": "Bright tiddlers on a muted background",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #6f6f70\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #29a6ee\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #c2c1c2\nsidebar-foreground-shadow: rgba(255,255,255,0)\nsidebar-foreground: #d3d2d4\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #6f6f70\nsidebar-tab-background: #666667\nsidebar-tab-border-selected: #999\nsidebar-tab-border: #515151\nsidebar-tab-divider: #999\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: #999\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #d1d0d2\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #d5ad34\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/ContrastLight": {
"title": "$:/palettes/ContrastLight",
"name": "Contrast (Light)",
"description": "High contrast and unambiguous (light version)",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #f00\nalert-border: <<colour background>>\nalert-highlight: <<colour foreground>>\nalert-muted-foreground: #800\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: <<colour background>>\nbutton-foreground: <<colour foreground>>\nbutton-border: <<colour foreground>>\ncode-background: <<colour background>>\ncode-border: <<colour foreground>>\ncode-foreground: <<colour foreground>>\ndirty-indicator: #f00\ndownload-background: #080\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: <<colour foreground>>\ndropdown-tab-background: <<colour foreground>>\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #00a\nexternal-link-foreground: #00e\nforeground: #000\nmessage-background: <<colour foreground>>\nmessage-border: <<colour background>>\nmessage-foreground: <<colour background>>\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour foreground>>\nmodal-header-border: <<colour foreground>>\nmuted-foreground: <<colour foreground>>\nnotification-background: <<colour background>>\nnotification-border: <<colour foreground>>\npage-background: <<colour background>>\npre-background: <<colour background>>\npre-border: <<colour foreground>>\nprimary: #00f\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: <<colour background>>\nsidebar-controls-foreground: <<colour foreground>>\nsidebar-foreground-shadow: rgba(0,0,0, 0)\nsidebar-foreground: <<colour foreground>>\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: <<colour foreground>>\nsidebar-tab-background-selected: <<colour background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: <<colour foreground>>\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: <<colour foreground>>\nsidebar-tiddler-link-foreground: <<colour primary>>\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: <<colour foreground>>\ntab-border-selected: <<colour foreground>>\ntab-border: <<colour foreground>>\ntab-divider: <<colour foreground>>\ntab-foreground-selected: <<colour foreground>>\ntab-foreground: <<colour background>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #000\ntag-foreground: #fff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour foreground>>\ntiddler-controls-foreground-hover: #ddd\ntiddler-controls-foreground-selected: #fdd\ntiddler-controls-foreground: <<colour foreground>>\ntiddler-editor-background: <<colour background>>\ntiddler-editor-border-image: <<colour foreground>>\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: <<colour background>>\ntiddler-editor-fields-odd: <<colour background>>\ntiddler-info-background: <<colour background>>\ntiddler-info-border: <<colour foreground>>\ntiddler-info-tab-background: <<colour background>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour foreground>>\ntiddler-title-foreground: <<colour foreground>>\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour foreground>>\nvery-muted-foreground: #888888\n"
},
"$:/palettes/ContrastDark": {
"title": "$:/palettes/ContrastDark",
"name": "Contrast (Dark)",
"description": "High contrast and unambiguous (dark version)",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #f00\nalert-border: <<colour background>>\nalert-highlight: <<colour foreground>>\nalert-muted-foreground: #800\nbackground: #000\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: <<colour background>>\nbutton-foreground: <<colour foreground>>\nbutton-border: <<colour foreground>>\ncode-background: <<colour background>>\ncode-border: <<colour foreground>>\ncode-foreground: <<colour foreground>>\ndirty-indicator: #f00\ndownload-background: #080\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: <<colour foreground>>\ndropdown-tab-background: <<colour foreground>>\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #00a\nexternal-link-foreground: #00e\nforeground: #fff\nmessage-background: <<colour foreground>>\nmessage-border: <<colour background>>\nmessage-foreground: <<colour background>>\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour foreground>>\nmodal-header-border: <<colour foreground>>\nmuted-foreground: <<colour foreground>>\nnotification-background: <<colour background>>\nnotification-border: <<colour foreground>>\npage-background: <<colour background>>\npre-background: <<colour background>>\npre-border: <<colour foreground>>\nprimary: #00f\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: <<colour background>>\nsidebar-controls-foreground: <<colour foreground>>\nsidebar-foreground-shadow: rgba(0,0,0, 0)\nsidebar-foreground: <<colour foreground>>\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: <<colour foreground>>\nsidebar-tab-background-selected: <<colour background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: <<colour foreground>>\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: <<colour foreground>>\nsidebar-tiddler-link-foreground: <<colour primary>>\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: <<colour foreground>>\ntab-border-selected: <<colour foreground>>\ntab-border: <<colour foreground>>\ntab-divider: <<colour foreground>>\ntab-foreground-selected: <<colour foreground>>\ntab-foreground: <<colour background>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #fff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour foreground>>\ntiddler-controls-foreground-hover: #ddd\ntiddler-controls-foreground-selected: #fdd\ntiddler-controls-foreground: <<colour foreground>>\ntiddler-editor-background: <<colour background>>\ntiddler-editor-border-image: <<colour foreground>>\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: <<colour background>>\ntiddler-editor-fields-odd: <<colour background>>\ntiddler-info-background: <<colour background>>\ntiddler-info-border: <<colour foreground>>\ntiddler-info-tab-background: <<colour background>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour foreground>>\ntiddler-title-foreground: <<colour foreground>>\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour foreground>>\nvery-muted-foreground: #888888\n"
},
"$:/palettes/DarkPhotos": {
"created": "20150402111612188",
"description": "Good with dark photo backgrounds",
"modified": "20150402112344080",
"name": "DarkPhotos",
"tags": "$:/tags/Palette",
"title": "$:/palettes/DarkPhotos",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: \nbutton-foreground: \nbutton-border: \ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #ddd\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #336438\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #ccf\nsidebar-controls-foreground: #fff\nsidebar-foreground-shadow: rgba(0,0,0, 0.5)\nsidebar-foreground: #fff\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #eee\nsidebar-tab-background-selected: rgba(255,255,255, 0.8)\nsidebar-tab-background: rgba(255,255,255, 0.4)\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: rgba(255,255,255, 0.2)\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #aaf\nsidebar-tiddler-link-foreground: #ddf\nsite-title-foreground: #fff\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Rocker": {
"title": "$:/palettes/Rocker",
"name": "Rocker",
"description": "A dark theme",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #000\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #cc0000\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.0)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #000\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #ffbb99\nsidebar-tiddler-link-foreground: #cc0000\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffbb99\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #cc0000\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/SolarFlare": {
"title": "$:/palettes/SolarFlare",
"name": "Solar Flare",
"description": "Warm, relaxing earth colours",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": ": Background Tones\n\nbase03: #002b36\nbase02: #073642\n\n: Content Tones\n\nbase01: #586e75\nbase00: #657b83\nbase0: #839496\nbase1: #93a1a1\n\n: Background Tones\n\nbase2: #eee8d5\nbase3: #fdf6e3\n\n: Accent Colors\n\nyellow: #b58900\norange: #cb4b16\nred: #dc322f\nmagenta: #d33682\nviolet: #6c71c4\nblue: #268bd2\ncyan: #2aa198\ngreen: #859900\n\n: Additional Tones (RA)\n\nbase10: #c0c4bb\nviolet-muted: #7c81b0\nblue-muted: #4e7baa\n\nyellow-hot: #ffcc44\norange-hot: #eb6d20\nred-hot: #ff2222\nblue-hot: #2298ee\ngreen-hot: #98ee22\n\n: Palette\n\n: Do not use colour macro for background and foreground\nbackground: #fdf6e3\n download-foreground: <<colour background>>\n dragger-foreground: <<colour background>>\n dropdown-background: <<colour background>>\n modal-background: <<colour background>>\n sidebar-foreground-shadow: <<colour background>>\n tiddler-background: <<colour background>>\n tiddler-border: <<colour background>>\n tiddler-link-background: <<colour background>>\n tab-background-selected: <<colour background>>\n dropdown-tab-background-selected: <<colour tab-background-selected>>\nforeground: #657b83\n dragger-background: <<colour foreground>>\n tab-foreground: <<colour foreground>>\n tab-foreground-selected: <<colour tab-foreground>>\n sidebar-tab-foreground-selected: <<colour tab-foreground-selected>>\n sidebar-tab-foreground: <<colour tab-foreground>>\n sidebar-button-foreground: <<colour foreground>>\n sidebar-controls-foreground: <<colour foreground>>\n sidebar-foreground: <<colour foreground>>\n: base03\n: base02\n: base01\n alert-muted-foreground: <<colour base01>>\n: base00\n code-foreground: <<colour base00>>\n message-foreground: <<colour base00>>\n tag-foreground: <<colour base00>>\n: base0\n sidebar-tiddler-link-foreground: <<colour base0>>\n: base1\n muted-foreground: <<colour base1>>\n blockquote-bar: <<colour muted-foreground>>\n dropdown-border: <<colour muted-foreground>>\n sidebar-muted-foreground: <<colour muted-foreground>>\n tiddler-title-foreground: <<colour muted-foreground>>\n site-title-foreground: <<colour tiddler-title-foreground>>\n: base2\n modal-footer-background: <<colour base2>>\n page-background: <<colour base2>>\n modal-backdrop: <<colour page-background>>\n notification-background: <<colour page-background>>\n code-background: <<colour page-background>>\n code-border: <<colour code-background>>\n pre-background: <<colour page-background>>\n pre-border: <<colour pre-background>>\n sidebar-tab-background-selected: <<colour page-background>>\n table-header-background: <<colour base2>>\n tag-background: <<colour base2>>\n tiddler-editor-background: <<colour base2>>\n tiddler-info-background: <<colour base2>>\n tiddler-info-tab-background: <<colour base2>>\n tab-background: <<colour base2>>\n dropdown-tab-background: <<colour tab-background>>\n: base3\n alert-background: <<colour base3>>\n message-background: <<colour base3>>\n: yellow\n: orange\n: red\n: magenta\n alert-highlight: <<colour magenta>>\n: violet\n external-link-foreground: <<colour violet>>\n: blue\n: cyan\n: green\n: base10\n tiddler-controls-foreground: <<colour base10>>\n: violet-muted\n external-link-foreground-visited: <<colour violet-muted>>\n: blue-muted\n primary: <<colour blue-muted>>\n download-background: <<colour primary>>\n tiddler-link-foreground: <<colour primary>>\n\nalert-border: #b99e2f\ndirty-indicator: #ff0000\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nmessage-border: #cfd6e6\nmodal-border: #999999\nsidebar-controls-foreground-hover:\nsidebar-muted-foreground-hover:\nsidebar-tab-background: #ded8c5\nsidebar-tiddler-link-foreground-hover:\nstatic-alert-foreground: #aaaaaa\ntab-border: #cccccc\n modal-footer-border: <<colour tab-border>>\n modal-header-border: <<colour tab-border>>\n notification-border: <<colour tab-border>>\n sidebar-tab-border: <<colour tab-border>>\n tab-border-selected: <<colour tab-border>>\n sidebar-tab-border-selected: <<colour tab-border-selected>>\ntab-divider: #d8d8d8\n sidebar-tab-divider: <<colour tab-divider>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-border: #dddddd\ntiddler-subtitle-foreground: #c0c0c0\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Vanilla": {
"title": "$:/palettes/Vanilla",
"name": "Vanilla",
"description": "Pale and unobtrusive",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #f4f4f4\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #aaaaaa\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #f4f4f4\nsidebar-tab-background: #e0e0e0\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: #e4e4e4\nsidebar-tab-foreground-selected:\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #999999\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/core/readme": {
"title": "$:/core/readme",
"text": "This plugin contains TiddlyWiki's core components, comprising:\n\n* JavaScript code modules\n* Icons\n* Templates needed to create TiddlyWiki's user interface\n* British English (''en-GB'') translations of the localisable strings used by the core\n"
},
"$:/library/sjcl.js/license": {
"title": "$:/library/sjcl.js/license",
"type": "text/plain",
"text": "SJCL is open. You can use, modify and redistribute it under a BSD\nlicense or under the GNU GPL, version 2.0.\n\n---------------------------------------------------------------------\n\nhttp://opensource.org/licenses/BSD-2-Clause\n\nCopyright (c) 2009-2015, Emily Stark, Mike Hamburg and Dan Boneh at\nStanford University. All rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are\nmet:\n\n1. Redistributions of source code must retain the above copyright\nnotice, this list of conditions and the following disclaimer.\n\n2. Redistributions in binary form must reproduce the above copyright\nnotice, this list of conditions and the following disclaimer in the\ndocumentation and/or other materials provided with the distribution.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS\nIS\" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED\nTO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A\nPARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT\nHOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,\nSPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED\nTO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR\nPROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF\nLIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING\nNEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\nSOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n\n---------------------------------------------------------------------\n\nhttp://opensource.org/licenses/GPL-2.0\n\nThe Stanford Javascript Crypto Library (hosted here on GitHub) is a\nproject by the Stanford Computer Security Lab to build a secure,\npowerful, fast, small, easy-to-use, cross-browser library for\ncryptography in Javascript.\n\nCopyright (c) 2009-2015, Emily Stark, Mike Hamburg and Dan Boneh at\nStanford University.\n\nThis program is free software; you can redistribute it and/or modify it\nunder the terms of the GNU General Public License as published by the\nFree Software Foundation; either version 2 of the License, or (at your\noption) any later version.\n\nThis program is distributed in the hope that it will be useful, but\nWITHOUT ANY WARRANTY; without even the implied warranty of\nMERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General\nPublic License for more details.\n\nYou should have received a copy of the GNU General Public License along\nwith this program; if not, write to the Free Software Foundation, Inc.,\n59 Temple Place, Suite 330, Boston, MA 02111-1307 USA"
},
"$:/core/templates/MOTW.html": {
"title": "$:/core/templates/MOTW.html",
"text": "\\rules only filteredtranscludeinline transcludeinline entity\n<!-- The following comment is called a MOTW comment and is necessary for the TiddlyIE Internet Explorer extension -->\n<!-- saved from url=(0021)http://tiddlywiki.com --> "
},
"$:/core/templates/alltiddlers.template.html": {
"title": "$:/core/templates/alltiddlers.template.html",
"type": "text/vnd.tiddlywiki-html",
"text": "<!-- This template is provided for backwards compatibility with older versions of TiddlyWiki -->\n\n<$set name=\"exportFilter\" value=\"[!is[system]sort[title]]\">\n\n{{$:/core/templates/exporters/StaticRiver}}\n\n</$set>\n"
},
"$:/core/templates/canonical-uri-external-image": {
"title": "$:/core/templates/canonical-uri-external-image",
"text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external images.\n\nChange the `./images/` part to a different base URI. The URI can be relative or absolute.\n\n-->\n./images/<$view field=\"title\" format=\"doubleurlencoded\"/>"
},
"$:/core/templates/canonical-uri-external-text": {
"title": "$:/core/templates/canonical-uri-external-text",
"text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external text files.\n\nChange the `./text/` part to a different base URI. The URI can be relative or absolute.\n\n-->\n./text/<$view field=\"title\" format=\"doubleurlencoded\"/>.tid"
},
"$:/core/templates/css-tiddler": {
"title": "$:/core/templates/css-tiddler",
"text": "<!--\n\nThis template is used for saving CSS tiddlers as a style tag with data attributes representing the tiddler fields.\n\n-->`<style`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/css\">`<$view field=\"text\" format=\"text\" />`</style>`"
},
"$:/core/templates/exporters/CsvFile": {
"title": "$:/core/templates/exporters/CsvFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/CsvFile}}",
"extension": ".csv",
"text": "\\define renderContent()\n<$text text=<<csvtiddlers filter:\"\"\"$(exportFilter)$\"\"\" format:\"quoted-comma-sep\">>/>\n\\end\n<<renderContent>>\n"
},
"$:/core/templates/exporters/JsonFile": {
"title": "$:/core/templates/exporters/JsonFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/JsonFile}}",
"extension": ".json",
"text": "\\define renderContent()\n<$text text=<<jsontiddlers filter:\"\"\"$(exportFilter)$\"\"\">>/>\n\\end\n<<renderContent>>\n"
},
"$:/core/templates/exporters/StaticRiver": {
"title": "$:/core/templates/exporters/StaticRiver",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/StaticRiver}}",
"extension": ".html",
"text": "\\define tv-wikilink-template() #$uri_encoded$\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n<section class=\"tc-story-river\">\n{{$:/core/templates/exporters/StaticRiver/Content||$:/core/templates/html-tiddler}}\n</section>\n</body>\n</html>\n"
},
"$:/core/templates/exporters/StaticRiver/Content": {
"title": "$:/core/templates/exporters/StaticRiver/Content",
"text": "\\define renderContent()\n{{{ $(exportFilter)$ ||$:/core/templates/static-tiddler}}}\n\\end\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n<<renderContent>>\n</$importvariables>\n"
},
"$:/core/templates/exporters/TidFile": {
"title": "$:/core/templates/exporters/TidFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/TidFile}}",
"extension": ".tid",
"text": "\\define renderContent()\n{{{ $(exportFilter)$ +[limit[1]] ||$:/core/templates/tid-tiddler}}}\n\\end\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\"><<renderContent>></$importvariables>"
},
"$:/core/templates/html-div-tiddler": {
"title": "$:/core/templates/html-div-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as an HTML DIV tag with attributes representing the tiddler fields.\n\n-->`<div`<$fields template=' $name$=\"$encoded_value$\"'></$fields>`>\n<pre>`<$view field=\"text\" format=\"htmlencoded\" />`</pre>\n</div>`\n"
},
"$:/core/templates/html-tiddler": {
"title": "$:/core/templates/html-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as raw HTML\n\n--><$view field=\"text\" format=\"htmlwikified\" />"
},
"$:/core/templates/javascript-tiddler": {
"title": "$:/core/templates/javascript-tiddler",
"text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields.\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\">`<$view field=\"text\" format=\"text\" />`</script>`"
},
"$:/core/templates/json-tiddler": {
"title": "$:/core/templates/json-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as raw JSON\n\n--><$text text=<<jsontiddler>>/>"
},
"$:/core/templates/module-tiddler": {
"title": "$:/core/templates/module-tiddler",
"text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields. The body of the tiddler is wrapped in a call to the `$tw.modules.define` function in order to define the body of the tiddler as a module\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\" data-module=\"yes\">$tw.modules.define(\"`<$view field=\"title\" format=\"jsencoded\" />`\",\"`<$view field=\"module-type\" format=\"jsencoded\" />`\",function(module,exports,require) {`<$view field=\"text\" format=\"text\" />`});\n</script>`"
},
"$:/core/templates/plain-text-tiddler": {
"title": "$:/core/templates/plain-text-tiddler",
"text": "<$view field=\"text\" format=\"text\" />"
},
"$:/core/templates/raw-static-tiddler": {
"title": "$:/core/templates/raw-static-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as static HTML\n\n--><$view field=\"text\" format=\"plainwikified\" />"
},
"$:/core/save/all": {
"title": "$:/core/save/all",
"text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]] $(publishFilter)$\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/empty": {
"title": "$:/core/save/empty",
"text": "\\define saveTiddlerFilter()\n[is[system]] -[prefix[$:/state/popup/]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]]\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/lazy-all": {
"title": "$:/core/save/lazy-all",
"text": "\\define saveTiddlerFilter()\n[is[system]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]] \n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/lazy-images": {
"title": "$:/core/save/lazy-images",
"text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] -[!is[system]is[image]] +[sort[title]] \n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/templates/single.tiddler.window": {
"title": "$:/core/templates/single.tiddler.window",
"text": "<$set name=\"themeTitle\" value={{$:/view}}>\n\n<$set name=\"tempCurrentTiddler\" value=<<currentTiddler>>>\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$set name=\"currentTiddler\" value=<<tempCurrentTiddler>>>\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\">\n\n<$transclude mode=\"block\"/>\n\n</$navigator>\n\n</$importvariables>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n"
},
"$:/core/templates/split-recipe": {
"title": "$:/core/templates/split-recipe",
"text": "<$list filter=\"[!is[system]]\">\ntiddler: <$view field=\"title\" format=\"urlencoded\"/>.tid\n</$list>\n"
},
"$:/core/templates/static-tiddler": {
"title": "$:/core/templates/static-tiddler",
"text": "<a name=<<currentTiddler>>>\n<$transclude tiddler=\"$:/core/ui/ViewTemplate\"/>\n</a>"
},
"$:/core/templates/static.area": {
"title": "$:/core/templates/static.area",
"text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawStaticContent]!has[draft.of]] ||$:/core/templates/raw-static-tiddler}}}\n{{$:/core/templates/static.content||$:/core/templates/html-tiddler}}\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\nThis file contains an encrypted ~TiddlyWiki. Enable ~JavaScript and enter the decryption password when prompted.\n</$reveal>\n"
},
"$:/core/templates/static.content": {
"title": "$:/core/templates/static.content",
"type": "text/vnd.tiddlywiki",
"text": "<!-- For Google, and people without JavaScript-->\nThis [[TiddlyWiki|http://tiddlywiki.com]] contains the following tiddlers:\n\n<ul>\n<$list filter=<<saveTiddlerFilter>>>\n<li><$view field=\"title\" format=\"text\"></$view></li>\n</$list>\n</ul>\n"
},
"$:/core/templates/static.template.css": {
"title": "$:/core/templates/static.template.css",
"text": "{{$:/boot/boot.css||$:/core/templates/plain-text-tiddler}}\n\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n"
},
"$:/core/templates/static.template.html": {
"title": "$:/core/templates/static.template.html",
"type": "text/vnd.tiddlywiki-html",
"text": "\\define tv-wikilink-template() static/$uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n{{$:/core/ui/PageTemplate||$:/core/templates/html-tiddler}}\n</body>\n</html>\n"
},
"$:/core/templates/static.tiddler.html": {
"title": "$:/core/templates/static.tiddler.html",
"text": "\\define tv-wikilink-template() $uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n`<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"`{{$:/core/templates/version}}`\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<link rel=\"stylesheet\" href=\"static.css\">\n<title>`<$view field=\"caption\"><$view field=\"title\"/></$view>: {{$:/core/wiki/title}}`</title>\n</head>\n<body class=\"tc-body\">\n`{{$:/StaticBanner||$:/core/templates/html-tiddler}}`\n<section class=\"tc-story-river\">\n`<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n<$view tiddler=\"$:/core/ui/ViewTemplate\" format=\"htmlwikified\"/>\n</$importvariables>`\n</section>\n</body>\n</html>\n`"
},
"$:/core/templates/store.area.template.html": {
"title": "$:/core/templates/store.area.template.html",
"text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n`<div id=\"storeArea\" style=\"display:none;\">`\n<$list filter=<<saveTiddlerFilter>> template=\"$:/core/templates/html-div-tiddler\"/>\n`</div>`\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n`<!--~~ Encrypted tiddlers ~~-->`\n`<pre id=\"encryptedStoreArea\" type=\"text/plain\" style=\"display:none;\">`\n<$encrypt filter=<<saveTiddlerFilter>>/>\n`</pre>`\n</$reveal>"
},
"$:/core/templates/tid-tiddler": {
"title": "$:/core/templates/tid-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers in TiddlyWeb *.tid format\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>`\n`<$view field=\"text\" format=\"text\" />"
},
"$:/core/templates/tiddler-metadata": {
"title": "$:/core/templates/tiddler-metadata",
"text": "<!--\n\nThis template is used for saving tiddler metadata *.meta files\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>"
},
"$:/core/templates/tiddlywiki5.html": {
"title": "$:/core/templates/tiddlywiki5.html",
"text": "\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n{{$:/core/templates/MOTW.html}}<html>\n<head>\n<meta http-equiv=\"X-UA-Compatible\" content=\"IE=Edge\">\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"application-name\" content=\"TiddlyWiki\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\" />\n<meta name=\"copyright\" content=\"{{$:/core/copyright.txt}}\" />\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<!--~~ This is a Tiddlywiki file. The points of interest in the file are marked with this pattern ~~-->\n\n<!--~~ Raw markup ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/core/wiki/rawmarkup]] [all[shadows+tiddlers]tag[$:/tags/RawMarkup]] ||$:/core/templates/plain-text-tiddler}}}\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawMarkupWikified]] ||$:/core/templates/raw-static-tiddler}}}\n</head>\n<body class=\"tc-body\">\n<!--~~ Static styles ~~-->\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<!--~~ Static content for Google and browsers without JavaScript ~~-->\n<noscript>\n<div id=\"splashArea\">\n{{$:/core/templates/static.area}}\n</div>\n</noscript>\n<!--~~ Ordinary tiddlers ~~-->\n{{$:/core/templates/store.area.template.html}}\n<!--~~ Library modules ~~-->\n<div id=\"libraryModules\" style=\"display:none;\">\n{{{ [is[system]type[application/javascript]library[yes]] ||$:/core/templates/javascript-tiddler}}}\n</div>\n<!--~~ Boot kernel prologue ~~-->\n<div id=\"bootKernelPrefix\" style=\"display:none;\">\n{{ $:/boot/bootprefix.js ||$:/core/templates/javascript-tiddler}}\n</div>\n<!--~~ Boot kernel ~~-->\n<div id=\"bootKernel\" style=\"display:none;\">\n{{ $:/boot/boot.js ||$:/core/templates/javascript-tiddler}}\n</div>\n</body>\n</html>\n"
},
"$:/core/templates/version": {
"title": "$:/core/templates/version",
"text": "<<version>>"
},
"$:/core/templates/wikified-tiddler": {
"title": "$:/core/templates/wikified-tiddler",
"text": "<$transclude />"
},
"$:/core/ui/AboveStory/tw2-plugin-check": {
"title": "$:/core/ui/AboveStory/tw2-plugin-check",
"tags": "$:/tags/AboveStory",
"text": "\\define lingo-base() $:/language/AboveStory/ClassicPlugin/\n<$list filter=\"[all[system+tiddlers]tag[systemConfig]limit[1]]\">\n\n<div class=\"tc-message-box\">\n\n<<lingo Warning>>\n\n<ul>\n\n<$list filter=\"[all[system+tiddlers]tag[systemConfig]]\">\n\n<li>\n\n<$link><$view field=\"title\"/></$link>\n\n</li>\n\n</$list>\n\n</ul>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/AdvancedSearch/Filter": {
"title": "$:/core/ui/AdvancedSearch/Filter",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Filter/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<<lingo Filter/Hint>>\n\n<div class=\"tc-search tc-advanced-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/AdvancedSearch/FilterButton]!has[draft.of]]\"><$transclude/></$list>\n</div>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter={{$:/temp/advancedsearch}}/>\"\"\">\n<div class=\"tc-search-results\">\n<<lingo Filter/Matches>>\n<$list filter={{$:/temp/advancedsearch}} template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$set>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/clear": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/clear",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/delete": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/delete",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button popup=<<qualify \"$:/state/filterDeleteDropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/delete-button}}\n</$button>\n</$reveal>\n\n<$reveal state=<<qualify \"$:/state/filterDeleteDropdown\">> type=\"popup\" position=\"belowleft\" animate=\"yes\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<div class=\"tc-dropdown-item-plain\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter={{$:/temp/advancedsearch}}/>\"\"\">\nAre you sure you wish to delete <<resultCount>> tiddler(s)?\n</$set>\n</div>\n<div class=\"tc-dropdown-item-plain\">\n<$button class=\"tc-btn\">\n<$action-deletetiddler $filter={{$:/temp/advancedsearch}}/>\nDelete these tiddlers\n</$button>\n</div>\n</div>\n</div>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/filterDropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</span>\n\n<$reveal state=<<qualify \"$:/state/filterDropdown\">> type=\"popup\" position=\"belowleft\" animate=\"yes\">\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Filter]]\"><$link to={{!!filter}}><$transclude field=\"description\"/></$link>\n</$list>\n</div>\n</div>\n</$linkcatcher>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/export": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/export",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$macrocall $name=\"exportButton\" exportFilter={{$:/temp/advancedsearch}} lingoBase=\"$:/language/Buttons/ExportTiddlers/\"/>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Shadows": {
"title": "$:/core/ui/AdvancedSearch/Shadows",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Shadows/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Shadows/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$list filter=\"[{$:/temp/advancedsearch}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[all[shadows]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo Shadows/Matches>>\n\n<$list filter=\"[all[shadows]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$list>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Standard": {
"title": "$:/core/ui/AdvancedSearch/Standard",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Standard/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Standard/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$list filter=\"[{$:/temp/advancedsearch}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n<$set name=\"searchTiddler\" value=\"$:/temp/advancedsearch\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude/>\n</$list>\n\"\"\">\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n</$list>\n</$set>\n</$list>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/System": {
"title": "$:/core/ui/AdvancedSearch/System",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/System/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo System/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$list filter=\"[{$:/temp/advancedsearch}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[is[system]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo System/Matches>>\n\n<$list filter=\"[is[system]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$list>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/AdvancedSearch": {
"title": "$:/AdvancedSearch",
"icon": "$:/core/images/advanced-search-button",
"color": "#bbb",
"text": "<div class=\"tc-advanced-search\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/AdvancedSearch]!has[draft.of]]\" \"$:/core/ui/AdvancedSearch/System\">>\n</div>\n"
},
"$:/core/ui/AlertTemplate": {
"title": "$:/core/ui/AlertTemplate",
"text": "<div class=\"tc-alert\">\n<div class=\"tc-alert-toolbar\">\n<$button class=\"tc-btn-invisible\"><$action-deletetiddler $tiddler=<<currentTiddler>>/>{{$:/core/images/delete-button}}</$button>\n</div>\n<div class=\"tc-alert-subtitle\">\n<$view field=\"component\"/> - <$view field=\"modified\" format=\"date\" template=\"0hh:0mm:0ss DD MM YYYY\"/> <$reveal type=\"nomatch\" state=\"!!count\" text=\"\"><span class=\"tc-alert-highlight\">({{$:/language/Count}}: <$view field=\"count\"/>)</span></$reveal>\n</div>\n<div class=\"tc-alert-body\">\n\n<$transclude/>\n\n</div>\n</div>\n"
},
"$:/core/ui/BinaryWarning": {
"title": "$:/core/ui/BinaryWarning",
"text": "\\define lingo-base() $:/language/BinaryWarning/\n<div class=\"tc-binary-warning\">\n\n<<lingo Prompt>>\n\n</div>\n"
},
"$:/core/ui/Components/plugin-info": {
"title": "$:/core/ui/Components/plugin-info",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n\\define popup-state-macro()\n$(qualified-state)$-$(currentTiddler)$\n\\end\n\n\\define tabs-state-macro()\n$(popup-state)$-$(pluginInfoType)$\n\\end\n\n\\define plugin-icon-title()\n$(currentTiddler)$/icon\n\\end\n\n\\define plugin-disable-title()\n$:/config/Plugins/Disabled/$(currentTiddler)$\n\\end\n\n\\define plugin-table-body(type,disabledMessage,default-popup-state)\n<div class=\"tc-plugin-info-chunk tc-small-icon\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\" default=\"\"\"$default-popup-state$\"\"\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\" default=\"\"\"$default-popup-state$\"\"\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<plugin-icon-title>>>\n<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\n</$transclude>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<h1>\n''<$view field=\"description\"><$view field=\"title\"/></$view>'' $disabledMessage$\n</h1>\n<h2>\n<$view field=\"title\"/>\n</h2>\n<h2>\n<div><em><$view field=\"version\"/></em></div>\n</h2>\n</div>\n\\end\n\n\\define plugin-info(type,default-popup-state)\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info\">\n<<plugin-table-body type:\"$type$\" default-popup-state:\"\"\"$default-popup-state$\"\"\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info tc-plugin-info-disabled\">\n<<plugin-table-body type:\"$type$\" default-popup-state:\"\"\"$default-popup-state$\"\"\" disabledMessage:\"<$macrocall $name='lingo' title='Disabled/Status'/>\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>> default=\"\"\"$default-popup-state$\"\"\">\n<div class=\"tc-plugin-info-dropdown\">\n<div class=\"tc-plugin-info-dropdown-body\">\n<$list filter=\"[all[current]] -[[$:/core]]\">\n<div style=\"float:right;\">\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"yes\" tooltip={{$:/language/ControlPanel/Plugins/Disable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Disable/Caption}}>\n<<lingo Disable/Caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"no\" tooltip={{$:/language/ControlPanel/Plugins/Enable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Enable/Caption}}>\n<<lingo Enable/Caption>>\n</$button>\n</$reveal>\n</div>\n</$list>\n<$reveal type=\"nomatch\" text=\"\" state=\"!!list\">\n<$set name=\"tabsList\" filter=\"[<currentTiddler>list[]] contents\">\n<$macrocall $name=\"tabs\" state=<<tabs-state-macro>> tabsList=<<tabsList>> default=\"readme\" template=\"$:/core/ui/PluginInfo\"/>\n</$set>\n</$reveal>\n<$reveal type=\"match\" text=\"\" state=\"!!list\">\n<<lingo NoInformation/Hint>>\n</$reveal>\n</div>\n</div>\n</$reveal>\n</$set>\n\\end\n\n<$macrocall $name=\"plugin-info\" type=<<plugin-type>> default-popup-state=<<default-popup-state>>/>\n"
},
"$:/core/ui/Components/tag-link": {
"title": "$:/core/ui/Components/tag-link",
"text": "<$link>\n<$set name=\"backgroundColor\" value={{!!color}}>\n<span style=<<tag-styles>> class=\"tc-tag-label\">\n<$view field=\"title\" format=\"text\"/>\n</span>\n</$set>\n</$link>"
},
"$:/core/ui/ControlPanel/Advanced": {
"title": "$:/core/ui/ControlPanel/Advanced",
"tags": "$:/tags/ControlPanel/Info",
"caption": "{{$:/language/ControlPanel/Advanced/Caption}}",
"text": "{{$:/language/ControlPanel/Advanced/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Advanced]!has[draft.of]]\" \"$:/core/ui/ControlPanel/TiddlerFields\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/Appearance": {
"title": "$:/core/ui/ControlPanel/Appearance",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Appearance/Caption}}",
"text": "{{$:/language/ControlPanel/Appearance/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Appearance]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Theme\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/Basics": {
"title": "$:/core/ui/ControlPanel/Basics",
"tags": "$:/tags/ControlPanel/Info",
"caption": "{{$:/language/ControlPanel/Basics/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\n\n\\define show-filter-count(filter)\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $value=\"\"\"$filter$\"\"\"/>\n<$action-setfield $tiddler=\"$:/state/tab--1498284803\" $value=\"$:/core/ui/AdvancedSearch/Filter\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n''<$count filter=\"\"\"$filter$\"\"\"/>''\n{{$:/core/images/advanced-search-button}}\n</$button>\n\\end\n\n|<<lingo Version/Prompt>> |''<<version>>'' |\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/status/UserName\"><<lingo Username/Prompt>></$link> |<$edit-text tiddler=\"$:/status/UserName\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/AnimationDuration\"><<lingo AnimDuration/Prompt>></$link> |<$edit-text tiddler=\"$:/config/AnimationDuration\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\" class=\"tc-edit-texteditor\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n|<$link to=\"$:/config/NewJournal/Title\"><<lingo NewJournal/Title/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Title\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/NewJournal/Text\"><<lingo NewJournal/Text/Prompt>></$link> |<$edit tiddler=\"$:/config/NewJournal/Text\" tag=\"textarea\" class=\"tc-edit-texteditor\" default=\"\"/> |\n|<$link to=\"$:/config/NewJournal/Tags\"><<lingo NewJournal/Tags/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Tags\" default=\"\" tag=\"input\"/> |\n|<<lingo Language/Prompt>> |{{$:/snippets/minilanguageswitcher}} |\n|<<lingo Tiddlers/Prompt>> |<<show-filter-count \"[!is[system]sort[title]]\">> |\n|<<lingo Tags/Prompt>> |<<show-filter-count \"[tags[]sort[title]]\">> |\n|<<lingo SystemTiddlers/Prompt>> |<<show-filter-count \"[is[system]sort[title]]\">> |\n|<<lingo ShadowTiddlers/Prompt>> |<<show-filter-count \"[all[shadows]sort[title]]\">> |\n|<<lingo OverriddenShadowTiddlers/Prompt>> |<<show-filter-count \"[is[tiddler]is[shadow]sort[title]]\">> |\n"
},
"$:/core/ui/ControlPanel/EditorTypes": {
"title": "$:/core/ui/ControlPanel/EditorTypes",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/EditorTypes/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/EditorTypes/\n\n<<lingo Hint>>\n\n<table>\n<tbody>\n<tr>\n<th><<lingo Type/Caption>></th>\n<th><<lingo Editor/Caption>></th>\n</tr>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/config/EditorTypeMappings/]sort[title]]\">\n<tr>\n<td>\n<$link>\n<$list filter=\"[all[current]removeprefix[$:/config/EditorTypeMappings/]]\">\n<$text text={{!!title}}/>\n</$list>\n</$link>\n</td>\n<td>\n<$view field=\"text\"/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ControlPanel/Info": {
"title": "$:/core/ui/ControlPanel/Info",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Info/Caption}}",
"text": "{{$:/language/ControlPanel/Info/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Info]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Basics\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/KeyboardShortcuts": {
"title": "$:/core/ui/ControlPanel/KeyboardShortcuts",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/KeyboardShortcuts/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/KeyboardShortcuts/\n\n\\define new-shortcut(title)\n<div class=\"tc-dropdown-item-plain\">\n<$edit-shortcut tiddler=\"$title$\" placeholder={{$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt}} style=\"width:auto;\"/> <$button>\n<<lingo Add/Caption>>\n<$action-listops\n\t$tiddler=\"$(shortcutTitle)$\"\n\t$field=\"text\"\n\t$subfilter=\"[{$title$}]\"\n/>\n<$action-deletetiddler\n\t$tiddler=\"$title$\"\n/>\n</$button>\n</div>\n\\end\n\n\\define shortcut-list-item(caption)\n<td>\n</td>\n<td style=\"text-align:right;font-size:0.7em;\">\n<<lingo Platform/$caption$>>\n</td>\n<td>\n<div style=\"position:relative;\">\n<$button popup=<<qualify \"$:/state/dropdown/$(shortcutTitle)$\">> class=\"tc-btn-invisible\">\n{{$:/core/images/edit-button}}\n</$button>\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts={{$(shortcutTitle)$}} prefix=\"<kbd>\" separator=\"</kbd> <kbd>\" suffix=\"</kbd>\"/>\n\n<$reveal state=<<qualify \"$:/state/dropdown/$(shortcutTitle)$\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown tc-popup-keep\">\n<$list filter=\"[list[$(shortcutTitle)$!!text]sort[title]]\" variable=\"shortcut\" emptyMessage=\"\"\"\n<div class=\"tc-dropdown-item-plain\">\n//<<lingo NoShortcuts/Caption>>//\n</div>\n\"\"\">\n<div class=\"tc-dropdown-item-plain\">\n<$button class=\"tc-btn-invisible\" tooltip=<<lingo Remove/Hint>>>\n<$action-listops\n\t$tiddler=\"$(shortcutTitle)$\"\n\t$field=\"text\"\n\t$subfilter=\"+[remove<shortcut>]\"\n/>\n×\n</$button>\n<kbd>\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts=<<shortcut>>/>\n</kbd>\n</div>\n</$list>\n<hr/>\n<$macrocall $name=\"new-shortcut\" title=<<qualify \"$:/state/new-shortcut/$(shortcutTitle)$\">>/>\n</div>\n</div>\n</$reveal>\n</div>\n</td>\n\\end\n\n\\define shortcut-list(caption,prefix)\n<tr>\n<$list filter=\"[all[tiddlers+shadows][$prefix$$(shortcutName)$]]\" variable=\"shortcutTitle\">\n<<shortcut-list-item \"$caption$\">>\n</$list>\n</tr>\n\\end\n\n\\define shortcut-editor()\n<<shortcut-list \"All\" \"$:/config/shortcuts/\">>\n<<shortcut-list \"Mac\" \"$:/config/shortcuts-mac/\">>\n<<shortcut-list \"NonMac\" \"$:/config/shortcuts-not-mac/\">>\n<<shortcut-list \"Linux\" \"$:/config/shortcuts-linux/\">>\n<<shortcut-list \"NonLinux\" \"$:/config/shortcuts-not-linux/\">>\n<<shortcut-list \"Windows\" \"$:/config/shortcuts-windows/\">>\n<<shortcut-list \"NonWindows\" \"$:/config/shortcuts-not-windows/\">>\n\\end\n\n\\define shortcut-preview()\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts={{$(shortcutPrefix)$$(shortcutName)$}} prefix=\"<kbd>\" separator=\"</kbd> <kbd>\" suffix=\"</kbd>\"/>\n\\end\n\n\\define shortcut-item-inner()\n<tr>\n<td>\n<$reveal type=\"nomatch\" state=<<dropdownStateTitle>> text=\"open\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield\n\t$tiddler=<<dropdownStateTitle>>\n\t$value=\"open\"\n/>\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<dropdownStateTitle>> text=\"open\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield\n\t$tiddler=<<dropdownStateTitle>>\n\t$value=\"close\"\n/>\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n''<$text text=<<shortcutName>>/>''\n</td>\n<td>\n<$transclude tiddler=\"$:/config/ShortcutInfo/$(shortcutName)$\"/>\n</td>\n<td>\n<$list filter=\"$:/config/shortcuts/ $:/config/shortcuts-mac/ $:/config/shortcuts-not-mac/ $:/config/shortcuts-linux/ $:/config/shortcuts-not-linux/ $:/config/shortcuts-windows/ $:/config/shortcuts-not-windows/\" variable=\"shortcutPrefix\">\n<<shortcut-preview>>\n</$list>\n</td>\n</tr>\n<$set name=\"dropdownState\" value={{$(dropdownStateTitle)$}}>\n<$list filter=\"[<dropdownState>prefix[open]]\" variable=\"listItem\">\n<<shortcut-editor>>\n</$list>\n</$set>\n\\end\n\n\\define shortcut-item()\n<$set name=\"dropdownStateTitle\" value=<<qualify \"$:/state/dropdown/keyboardshortcut/$(shortcutName)$\">>>\n<<shortcut-item-inner>>\n</$set>\n\\end\n\n<table>\n<tbody>\n<$list filter=\"[all[shadows+tiddlers]removeprefix[$:/config/ShortcutInfo/]]\" variable=\"shortcutName\">\n<<shortcut-item>>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ControlPanel/LoadedModules": {
"title": "$:/core/ui/ControlPanel/LoadedModules",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/LoadedModules/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n<<lingo LoadedModules/Hint>>\n\n{{$:/snippets/modules}}\n"
},
"$:/core/ui/ControlPanel/Modals/AddPlugins": {
"title": "$:/core/ui/ControlPanel/Modals/AddPlugins",
"subtitle": "{{$:/core/images/download-button}} {{$:/language/ControlPanel/Plugins/Add/Caption}}",
"text": "\\define install-plugin-button()\n<$button>\n<$action-sendmessage $message=\"tm-load-plugin-from-library\" url={{!!url}} title={{$(assetInfo)$!!original-title}}/>\n<$list filter=\"[<assetInfo>get[original-title]get[version]]\" variable=\"installedVersion\" emptyMessage=\"\"\"{{$:/language/ControlPanel/Plugins/Install/Caption}}\"\"\">\n{{$:/language/ControlPanel/Plugins/Reinstall/Caption}}\n</$list>\n</$button>\n\\end\n\n\\define popup-state-macro()\n$:/state/add-plugin-info/$(connectionTiddler)$/$(assetInfo)$\n\\end\n\n\\define display-plugin-info(type)\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<div class=\"tc-plugin-info\">\n<div class=\"tc-plugin-info-chunk tc-small-icon\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<$list filter=\"[<assetInfo>has[icon]]\" emptyMessage=\"\"\"<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\"\"\">\n<img src={{$(assetInfo)$!!icon}}/>\n</$list>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<h1><$view tiddler=<<assetInfo>> field=\"description\"/></h1>\n<h2><$view tiddler=<<assetInfo>> field=\"original-title\"/></h2>\n<div><em><$view tiddler=<<assetInfo>> field=\"version\"/></em></div>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<<install-plugin-button>>\n</div>\n</div>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>>>\n<div class=\"tc-plugin-info-dropdown\">\n<div class=\"tc-plugin-info-dropdown-message\">\n<$list filter=\"[<assetInfo>get[original-title]get[version]]\" variable=\"installedVersion\" emptyMessage=\"\"\"{{$:/language/ControlPanel/Plugins/NotInstalled/Hint}}\"\"\">\n<em>\n{{$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint}}\n</em>\n</$list>\n</div>\n<div class=\"tc-plugin-info-dropdown-body\">\n<$transclude tiddler=<<assetInfo>> field=\"readme\" mode=\"block\"/>\n</div>\n</div>\n</$reveal>\n</$set>\n\\end\n\n\\define load-plugin-library-button()\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-load-plugin-library\" url={{!!url}} infoTitlePrefix=\"$:/temp/RemoteAssetInfo/\"/>\n{{$:/core/images/chevron-right}} {{$:/language/ControlPanel/Plugins/OpenPluginLibrary}}\n</$button>\n\\end\n\n\\define display-server-assets(type)\n{{$:/language/Search/Search}}: <$edit-text tiddler=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" default=\"\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n<div class=\"tc-plugin-library-listing\">\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[$type$]search{$:/temp/RemoteAssetSearch/$(currentTiddler)$}sort[description]]\" variable=\"assetInfo\">\n<<display-plugin-info \"$type$\">>\n</$list>\n</div>\n\\end\n\n\\define display-server-connection()\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/ServerConnection]suffix{!!url}]\" variable=\"connectionTiddler\" emptyMessage=<<load-plugin-library-button>>>\n\n<<tabs \"[[$:/core/ui/ControlPanel/Plugins/Add/Plugins]] [[$:/core/ui/ControlPanel/Plugins/Add/Themes]] [[$:/core/ui/ControlPanel/Plugins/Add/Languages]]\" \"$:/core/ui/ControlPanel/Plugins/Add/Plugins\">>\n\n</$list>\n\\end\n\n\\define close-library-button()\n<$reveal type='nomatch' state='$:/temp/ServerConnection/$(PluginLibraryURL)$' text=''>\n<$button class='tc-btn-big-green'>\n<$action-sendmessage $message=\"tm-unload-plugin-library\" url={{!!url}}/>\n{{$:/core/images/chevron-left}} {{$:/language/ControlPanel/Plugins/ClosePluginLibrary}}\n<$action-deletetiddler $filter=\"[prefix[$:/temp/ServerConnection/$(PluginLibraryURL)$]][prefix[$:/temp/RemoteAssetInfo/$(PluginLibraryURL)$]]\"/>\n</$button>\n</$reveal>\n\\end\n\n\\define plugin-library-listing()\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/PluginLibrary]]\">\n<div class=\"tc-plugin-library\">\n\n!! <$link><$transclude field=\"caption\"><$view field=\"title\"/></$transclude></$link>\n\n//<$view field=\"url\"/>//\n\n<$transclude/>\n\n<$set name=PluginLibraryURL value={{!!url}}>\n<<close-library-button>>\n</$set>\n\n<<display-server-connection>>\n</div>\n</$list>\n\\end\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<div>\n<<plugin-library-listing>>\n</div>\n\n</$importvariables>\n"
},
"$:/core/ui/ControlPanel/Palette": {
"title": "$:/core/ui/ControlPanel/Palette",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Palette/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/\n\n{{$:/snippets/paletteswitcher}}\n\n<$reveal type=\"nomatch\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"yes\"><<lingo ShowEditor/Caption>></$button>\n\n</$reveal>\n\n<$reveal type=\"match\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"no\"><<lingo HideEditor/Caption>></$button>\n{{$:/snippets/paletteeditor}}\n\n</$reveal>\n\n"
},
"$:/core/ui/ControlPanel/Parsing": {
"title": "$:/core/ui/ControlPanel/Parsing",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/Parsing/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Parsing/\n\n\\define toggle(Type)\n<$checkbox\ntiddler=\"\"\"$:/config/WikiParserRules/$Type$/$(rule)$\"\"\"\nfield=\"text\"\nchecked=\"enable\"\nunchecked=\"disable\"\ndefault=\"enable\">\n<<rule>>\n</$checkbox>\n\\end\n\n\\define rules(type,Type)\n<$list filter=\"[wikiparserrules[$type$]]\" variable=\"rule\">\n<dd><<toggle $Type$>></dd>\n</$list>\n\\end\n\n<<lingo Hint>>\n\n<dl>\n<dt><<lingo Pragma/Caption>></dt>\n<<rules pragma Pragma>>\n<dt><<lingo Inline/Caption>></dt>\n<<rules inline Inline>>\n<dt><<lingo Block/Caption>></dt>\n<<rules block Block>>\n</dl>"
},
"$:/core/ui/ControlPanel/Plugins/Add/Languages": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Languages",
"caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[language]]\"/>)",
"text": "<<display-server-assets language>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Add/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[plugin]]\"/>)",
"text": "<<display-server-assets plugin>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Add/Themes": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Themes",
"caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[theme]]\"/>)",
"text": "<<display-server-assets theme>>\n"
},
"$:/core/ui/ControlPanel/Plugins/AddPlugins": {
"title": "$:/core/ui/ControlPanel/Plugins/AddPlugins",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n<$button message=\"tm-modal\" param=\"$:/core/ui/ControlPanel/Modals/AddPlugins\" tooltip={{$:/language/ControlPanel/Plugins/Add/Hint}} class=\"tc-btn-big-green\" style=\"background:blue;\">\n{{$:/core/images/download-button}} <<lingo Add/Caption>>\n</$button>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Languages": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Languages",
"caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[language]]\"/>)",
"text": "<<plugin-table language>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[plugin]]\"/>)",
"text": "<<plugin-table plugin>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Themes": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Themes",
"caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[theme]]\"/>)",
"text": "<<plugin-table theme>>\n"
},
"$:/core/ui/ControlPanel/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Plugins/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n\\define plugin-table(type)\n<$set name=\"plugin-type\" value=\"\"\"$type$\"\"\">\n<$set name=\"qualified-state\" value=<<qualify \"$:/state/plugin-info\">>>\n<$list filter=\"[!has[draft.of]plugin-type[$type$]sort[description]]\" emptyMessage=<<lingo \"Empty/Hint\">> template=\"$:/core/ui/Components/plugin-info\"/>\n</$set>\n</$set>\n\\end\n\n{{$:/core/ui/ControlPanel/Plugins/AddPlugins}}\n\n<<lingo Installed/Hint>>\n\n<<tabs \"[[$:/core/ui/ControlPanel/Plugins/Installed/Plugins]] [[$:/core/ui/ControlPanel/Plugins/Installed/Themes]] [[$:/core/ui/ControlPanel/Plugins/Installed/Languages]]\" \"$:/core/ui/ControlPanel/Plugins/Installed/Plugins\">>\n"
},
"$:/core/ui/ControlPanel/Saving/DownloadSaver": {
"title": "$:/core/ui/ControlPanel/Saving/DownloadSaver",
"tags": "$:/tags/ControlPanel/Saving",
"caption": "{{$:/language/ControlPanel/Saving/DownloadSaver/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Saving/DownloadSaver/\n\n<<lingo Hint>>\n\n!! <$link to=\"$:/config/DownloadSaver/AutoSave\"><<lingo AutoSave/Hint>></$link>\n\n<$checkbox tiddler=\"$:/config/DownloadSaver/AutoSave\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <<lingo AutoSave/Description>> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Saving/General": {
"title": "$:/core/ui/ControlPanel/Saving/General",
"tags": "$:/tags/ControlPanel/Saving",
"caption": "{{$:/language/ControlPanel/Saving/General/Caption}}",
"list-before": "",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/\n\n{{$:/language/ControlPanel/Saving/General/Hint}}\n\n!! <$link to=\"$:/config/AutoSave\"><<lingo AutoSave/Caption>></$link>\n\n<<lingo AutoSave/Hint>>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"yes\"> <<lingo AutoSave/Enabled/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"no\"> <<lingo AutoSave/Disabled/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Saving/TiddlySpot": {
"title": "$:/core/ui/ControlPanel/Saving/TiddlySpot",
"tags": "$:/tags/ControlPanel/Saving",
"caption": "{{$:/language/ControlPanel/Saving/TiddlySpot/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Saving/TiddlySpot/\n\n\\define backupURL()\nhttp://$(userName)$.tiddlyspot.com/backup/\n\\end\n\\define backupLink()\n<$reveal type=\"nomatch\" state=\"$:/UploadName\" text=\"\">\n<$set name=\"userName\" value={{$:/UploadName}}>\n<$reveal type=\"match\" state=\"$:/UploadURL\" text=\"\">\n<<backupURL>>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/UploadURL\" text=\"\">\n<$macrocall $name=resolvePath source={{$:/UploadBackupDir}} root={{$:/UploadURL}}>>\n</$reveal>\n</$set>\n</$reveal>\n\\end\n\n<<lingo Description>>\n\n|<<lingo UserName>> |<$edit-text tiddler=\"$:/UploadName\" default=\"\" tag=\"input\"/> |\n|<<lingo Password>> |<$password name=\"upload\"/> |\n|<<lingo Backups>> |<<backupLink>> |\n\n''<<lingo Advanced/Heading>>''\n\n|<<lingo ServerURL>> |<$edit-text tiddler=\"$:/UploadURL\" default=\"\" tag=\"input\"/> |\n|<<lingo Filename>> |<$edit-text tiddler=\"$:/UploadFilename\" default=\"index.html\" tag=\"input\"/> |\n|<<lingo UploadDir>> |<$edit-text tiddler=\"$:/UploadDir\" default=\".\" tag=\"input\"/> |\n|<<lingo BackupDir>> |<$edit-text tiddler=\"$:/UploadBackupDir\" default=\".\" tag=\"input\"/> |\n\n<<lingo TiddlySpot/Hint>>"
},
"$:/core/ui/ControlPanel/Saving": {
"title": "$:/core/ui/ControlPanel/Saving",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Saving/Caption}}",
"text": "{{$:/language/ControlPanel/Saving/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Saving]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Saving/General\">>\n</div>\n"
},
"$:/core/buttonstyles/Borderless": {
"title": "$:/core/buttonstyles/Borderless",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless}}",
"text": "tc-btn-invisible"
},
"$:/core/buttonstyles/Boxed": {
"title": "$:/core/buttonstyles/Boxed",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed}}",
"text": "tc-btn-boxed"
},
"$:/core/buttonstyles/Rounded": {
"title": "$:/core/buttonstyles/Rounded",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded}}",
"text": "tc-btn-rounded"
},
"$:/core/ui/ControlPanel/Settings/CamelCase": {
"title": "$:/core/ui/ControlPanel/Settings/CamelCase",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/CamelCase/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/CamelCase/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/WikiParserRules/Inline/wikilink\" field=\"text\" checked=\"enable\" unchecked=\"disable\" default=\"enable\"> <$link to=\"$:/config/WikiParserRules/Inline/wikilink\"><<lingo Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings/DefaultSidebarTab": {
"caption": "{{$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption}}",
"tags": "$:/tags/ControlPanel/Settings",
"title": "$:/core/ui/ControlPanel/Settings/DefaultSidebarTab",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/DefaultSidebarTab/\n\n<$link to=\"$:/config/DefaultSidebarTab\"><<lingo Hint>></$link>\n\n<$select tiddler=\"$:/config/DefaultSidebarTab\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\">\n<option value=<<currentTiddler>>><$transclude field=\"caption\"><$text text=<<currentTiddler>>/></$transclude></option>\n</$list>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/EditorToolbar": {
"title": "$:/core/ui/ControlPanel/Settings/EditorToolbar",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/EditorToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/EditorToolbar/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/TextEditor/EnableToolbar\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/TextEditor/EnableToolbar\"><<lingo Description>></$link> </$checkbox>\n\n"
},
"$:/core/ui/ControlPanel/Settings/InfoPanelMode": {
"title": "$:/core/ui/ControlPanel/Settings/InfoPanelMode",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/InfoPanelMode/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/InfoPanelMode/\n<$link to=\"$:/config/TiddlerInfo/Mode\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/TiddlerInfo/Mode\" value=\"popup\"> <<lingo Popup/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/TiddlerInfo/Mode\" value=\"sticky\"> <<lingo Sticky/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/LinkToBehaviour": {
"title": "$:/core/ui/ControlPanel/Settings/LinkToBehaviour",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/LinkToBehaviour/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/LinkToBehaviour/\n\n<$link to=\"$:/config/Navigation/openLinkFromInsideRiver\"><<lingo \"InsideRiver/Hint\">></$link>\n\n<$select tiddler=\"$:/config/Navigation/openLinkFromInsideRiver\">\n <option value=\"above\"><<lingo \"OpenAbove\">></option>\n <option value=\"below\"><<lingo \"OpenBelow\">></option>\n <option value=\"top\"><<lingo \"OpenAtTop\">></option>\n <option value=\"bottom\"><<lingo \"OpenAtBottom\">></option>\n</$select>\n\n<$link to=\"$:/config/Navigation/openLinkFromOutsideRiver\"><<lingo \"OutsideRiver/Hint\">></$link>\n\n<$select tiddler=\"$:/config/Navigation/openLinkFromOutsideRiver\">\n <option value=\"top\"><<lingo \"OpenAtTop\">></option>\n <option value=\"bottom\"><<lingo \"OpenAtBottom\">></option>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/MissingLinks": {
"title": "$:/core/ui/ControlPanel/Settings/MissingLinks",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/MissingLinks/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/MissingLinks/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/MissingLinks\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/MissingLinks\"><<lingo Description>></$link> </$checkbox>\n\n"
},
"$:/core/ui/ControlPanel/Settings/NavigationAddressBar": {
"title": "$:/core/ui/ControlPanel/Settings/NavigationAddressBar",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/NavigationAddressBar/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationAddressBar/\n\n<$link to=\"$:/config/Navigation/UpdateAddressBar\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permaview\"> <<lingo Permaview/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permalink\"> <<lingo Permalink/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/NavigationHistory": {
"title": "$:/core/ui/ControlPanel/Settings/NavigationHistory",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/NavigationHistory/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationHistory/\n<$link to=\"$:/config/Navigation/UpdateHistory\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/PerformanceInstrumentation": {
"title": "$:/core/ui/ControlPanel/Settings/PerformanceInstrumentation",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/PerformanceInstrumentation/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Performance/Instrumentation\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/Performance/Instrumentation\"><<lingo Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings/TitleLinks": {
"title": "$:/core/ui/ControlPanel/Settings/TitleLinks",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/TitleLinks/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/TitleLinks/\n<$link to=\"$:/config/Tiddlers/TitleLinks\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Tiddlers/TitleLinks\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Tiddlers/TitleLinks\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/ToolbarButtonStyle": {
"title": "$:/core/ui/ControlPanel/Settings/ToolbarButtonStyle",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtonStyle/\n<$link to=\"$:/config/Toolbar/ButtonClass\"><<lingo \"Hint\">></$link>\n\n<$select tiddler=\"$:/config/Toolbar/ButtonClass\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ToolbarButtonStyle]]\">\n<option value={{!!text}}>{{!!caption}}</option>\n</$list>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/ToolbarButtons": {
"title": "$:/core/ui/ControlPanel/Settings/ToolbarButtons",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtons/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtons/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Icons\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/Toolbar/Icons\"><<lingo Icons/Description>></$link> </$checkbox>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Text\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/Toolbar/Text\"><<lingo Text/Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings": {
"title": "$:/core/ui/ControlPanel/Settings",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Settings/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/\n\n<<lingo Hint>>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Settings]]\">\n\n<div style=\"border-top:1px solid #eee;\">\n\n!! <$link><$transclude field=\"caption\"/></$link>\n\n<$transclude/>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/ControlPanel/StoryView": {
"title": "$:/core/ui/ControlPanel/StoryView",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/StoryView/Caption}}",
"text": "{{$:/snippets/viewswitcher}}\n"
},
"$:/core/ui/ControlPanel/Theme": {
"title": "$:/core/ui/ControlPanel/Theme",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Theme/Caption}}",
"text": "{{$:/snippets/themeswitcher}}\n"
},
"$:/core/ui/ControlPanel/TiddlerFields": {
"title": "$:/core/ui/ControlPanel/TiddlerFields",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/TiddlerFields/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n\n<<lingo TiddlerFields/Hint>>\n\n{{$:/snippets/allfields}}"
},
"$:/core/ui/ControlPanel/Toolbars/EditToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/EditToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/EditToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/EditToolbarButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/EditToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/EditToolbar\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/ItemTemplate\"/>\n\n</$set>\n\n</$set>"
},
"$:/core/ui/ControlPanel/Toolbars/EditorItemTemplate": {
"title": "$:/core/ui/ControlPanel/Toolbars/EditorItemTemplate",
"text": "\\define config-title()\n$(config-base)$$(currentTiddler)$\n\\end\n\n<$draggable tiddler=<<currentTiddler>>>\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <span class=\"tc-icon-wrapper\"><$transclude tiddler={{!!icon}}/></span> <$transclude field=\"caption\"/> -- <i class=\"tc-muted\"><$transclude field=\"description\"/></i>\n</$draggable>\n"
},
"$:/core/ui/ControlPanel/Toolbars/EditorToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/EditorToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/EditorToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/EditorToolbarButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/EditorToolbar/Hint}}\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/EditorToolbar\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/EditorItemTemplate\"/>\n"
},
"$:/core/ui/ControlPanel/Toolbars/ItemTemplate": {
"title": "$:/core/ui/ControlPanel/Toolbars/ItemTemplate",
"text": "\\define config-title()\n$(config-base)$$(currentTiddler)$\n\\end\n\n<$draggable tiddler=<<currentTiddler>>>\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <span class=\"tc-icon-wrapper\"> <$transclude field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude field=\"description\"/></i></span>\n</$draggable>\n"
},
"$:/core/ui/ControlPanel/Toolbars/PageControls": {
"title": "$:/core/ui/ControlPanel/Toolbars/PageControls",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/PageControls/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/PageControlButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/PageControls/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/PageControls\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/ItemTemplate\"/>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/ControlPanel/Toolbars/ViewToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/ViewToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/ViewToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/ViewToolbarButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/ViewToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/ViewToolbar\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/ItemTemplate\"/>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/ControlPanel/Toolbars": {
"title": "$:/core/ui/ControlPanel/Toolbars",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Toolbars/Caption}}",
"text": "{{$:/language/ControlPanel/Toolbars/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Toolbars]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Toolbars/ViewToolbar\" \"$:/state/tabs/controlpanel/toolbars\" \"tc-vertical\">>\n</div>\n"
},
"$:/ControlPanel": {
"title": "$:/ControlPanel",
"icon": "$:/core/images/options-button",
"color": "#bbb",
"text": "<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Info\">>\n</div>\n"
},
"$:/core/ui/DefaultSearchResultList": {
"title": "$:/core/ui/DefaultSearchResultList",
"tags": "$:/tags/SearchResults",
"caption": "{{$:/language/Search/DefaultResults/Caption}}",
"text": "\\define searchResultList()\n//<small>{{$:/language/Search/Matches/Title}}</small>//\n\n<$list filter=\"[!is[system]search:title{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n//<small>{{$:/language/Search/Matches/All}}</small>//\n\n<$list filter=\"[!is[system]search{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n\\end\n<<searchResultList>>\n"
},
"$:/core/ui/EditTemplate/body/preview/output": {
"title": "$:/core/ui/EditTemplate/body/preview/output",
"tags": "$:/tags/EditPreview",
"caption": "{{$:/language/EditTemplate/Body/Preview/Type/Output}}",
"text": "<$set name=\"tv-tiddler-preview\" value=\"yes\">\n\n<$transclude />\n\n</$set>\n"
},
"$:/core/ui/EditTemplate/body/editor": {
"title": "$:/core/ui/EditTemplate/body/editor",
"text": "<$edit\n\n field=\"text\"\n class=\"tc-edit-texteditor\"\n placeholder={{$:/language/EditTemplate/Body/Placeholder}}\n\n><$set\n\n name=\"targetTiddler\"\n value=<<currentTiddler>>\n\n><$list\n\n filter=\"[all[shadows+tiddlers]tag[$:/tags/EditorToolbar]!has[draft.of]]\"\n\n><$reveal\n\n type=\"nomatch\"\n state=<<config-visibility-title>>\n text=\"hide\"\n class=\"tc-text-editor-toolbar-item-wrapper\"\n\n><$transclude\n\n tiddler=\"$:/core/ui/EditTemplate/body/toolbar/button\"\n mode=\"inline\"\n\n/></$reveal></$list></$set></$edit>\n"
},
"$:/core/ui/EditTemplate/body/toolbar/button": {
"title": "$:/core/ui/EditTemplate/body/toolbar/button",
"text": "\\define toolbar-button-icon()\n<$list\n\n filter=\"[all[current]!has[custom-icon]]\"\n variable=\"no-custom-icon\"\n\n><$transclude\n\n tiddler={{!!icon}}\n\n/></$list>\n\\end\n\n\\define toolbar-button-tooltip()\n{{!!description}}<$macrocall $name=\"displayshortcuts\" $output=\"text/plain\" shortcuts={{!!shortcuts}} prefix=\"` - [\" separator=\"] [\" suffix=\"]`\"/>\n\\end\n\n\\define toolbar-button()\n<$list\n\n filter={{!!condition}}\n variable=\"list-condition\"\n\n><$wikify\n\n name=\"tooltip-text\"\n text=<<toolbar-button-tooltip>>\n mode=\"inline\"\n output=\"text\"\n\n><$list\n\n filter=\"[all[current]!has[dropdown]]\"\n variable=\"no-dropdown\"\n\n><$button\n\n class=\"tc-btn-invisible $(buttonClasses)$\"\n tooltip=<<tooltip-text>>\n\n><span\n\n data-tw-keyboard-shortcut={{!!shortcuts}}\n\n/><<toolbar-button-icon>><$transclude\n\n tiddler=<<currentTiddler>>\n field=\"text\"\n\n/></$button></$list><$list\n\n filter=\"[all[current]has[dropdown]]\"\n variable=\"dropdown\"\n\n><$set\n\n name=\"dropdown-state\"\n value=<<qualify \"$:/state/EditorToolbarDropdown\">>\n\n><$button\n\n popup=<<dropdown-state>>\n class=\"tc-popup-keep tc-btn-invisible $(buttonClasses)$\"\n selectedClass=\"tc-selected\"\n tooltip=<<tooltip-text>>\n\n><span\n\n data-tw-keyboard-shortcut={{!!shortcuts}}\n\n/><<toolbar-button-icon>><$transclude\n\n tiddler=<<currentTiddler>>\n field=\"text\"\n\n/></$button><$reveal\n\n state=<<dropdown-state>>\n type=\"popup\"\n position=\"below\"\n animate=\"yes\"\n tag=\"span\"\n\n><div\n\n class=\"tc-drop-down tc-popup-keep\"\n\n><$transclude\n\n tiddler={{!!dropdown}}\n mode=\"block\"\n\n/></div></$reveal></$set></$list></$wikify></$list>\n\\end\n\n\\define toolbar-button-outer()\n<$set\n\n name=\"buttonClasses\"\n value={{!!button-classes}}\n\n><<toolbar-button>></$set>\n\\end\n\n<<toolbar-button-outer>>"
},
"$:/core/ui/EditTemplate/body": {
"title": "$:/core/ui/EditTemplate/body",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/Body/\n\\define config-visibility-title()\n$:/config/EditorToolbarButtons/Visibility/$(currentTiddler)$\n\\end\n<$list filter=\"[is[current]has[_canonical_uri]]\">\n\n<div class=\"tc-message-box\">\n\n<<lingo External/Hint>>\n\n<a href={{!!_canonical_uri}}><$text text={{!!_canonical_uri}}/></a>\n\n<$edit-text field=\"_canonical_uri\" class=\"tc-edit-fields\"></$edit-text>\n\n</div>\n\n</$list>\n\n<$list filter=\"[is[current]!has[_canonical_uri]]\">\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"match\" text=\"yes\">\n\n<div class=\"tc-tiddler-preview\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/editor\" mode=\"inline\"/>\n\n<div class=\"tc-tiddler-preview-preview\">\n\n<$transclude tiddler={{$:/state/editpreviewtype}} mode=\"inline\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/preview/output\" mode=\"inline\"/>\n\n</$transclude>\n\n</div>\n\n</div>\n\n</$reveal>\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"nomatch\" text=\"yes\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/editor\" mode=\"inline\"/>\n\n</$reveal>\n\n</$list>\n"
},
"$:/core/ui/EditTemplate/controls": {
"title": "$:/core/ui/EditTemplate/controls",
"tags": "$:/tags/EditTemplate",
"text": "\\define config-title()\n$:/config/EditToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title tc-tiddler-edit-title\">\n<$view field=\"title\"/>\n<span class=\"tc-tiddler-controls tc-titlebar\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$transclude tiddler=<<listItem>>/></$reveal></$list></span>\n<div style=\"clear: both;\"></div>\n</div>\n"
},
"$:/core/ui/EditTemplate/fields": {
"title": "$:/core/ui/EditTemplate/fields",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n\\define config-title()\n$:/config/EditTemplateFields/Visibility/$(currentField)$\n\\end\n\n\\define config-filter()\n[[hide]] -[title{$(config-title)$}]\n\\end\n\n\\define new-field-inner()\n<$reveal type=\"nomatch\" text=\"\" default=<<name>>>\n<$button>\n<$action-sendmessage $message=\"tm-add-field\" $name=<<name>> $value=<<value>>/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" text=\"\" default=<<name>>>\n<$button>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n\\end\n\n\\define new-field()\n<$set name=\"name\" value={{$:/temp/newfieldname}}>\n<$set name=\"value\" value={{$:/temp/newfieldvalue}}>\n<<new-field-inner>>\n</$set>\n</$set>\n\\end\n\n<div class=\"tc-edit-fields\">\n<table class=\"tc-edit-fields\">\n<tbody>\n<$list filter=\"[all[current]fields[]] +[sort[title]]\" variable=\"currentField\">\n<$list filter=<<config-filter>> variable=\"temp\">\n<tr class=\"tc-edit-field\">\n<td class=\"tc-edit-field-name\">\n<$text text=<<currentField>>/>:</td>\n<td class=\"tc-edit-field-value\">\n<$edit-text tiddler=<<currentTiddler>> field=<<currentField>> placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}}/>\n</td>\n<td class=\"tc-edit-field-remove\">\n<$button class=\"tc-btn-invisible\" tooltip={{$:/language/EditTemplate/Field/Remove/Hint}} aria-label={{$:/language/EditTemplate/Field/Remove/Caption}}>\n<$action-deletefield $field=<<currentField>>/>\n{{$:/core/images/delete-button}}\n</$button>\n</td>\n</tr>\n</$list>\n</$list>\n</tbody>\n</table>\n</div>\n\n<$fieldmangler>\n<div class=\"tc-edit-field-add\">\n<em class=\"tc-edit\">\n<<lingo Fields/Add/Prompt>>\n</em>\n<span class=\"tc-edit-field-add-name\">\n<$edit-text tiddler=\"$:/temp/newfieldname\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Name/Placeholder}} focusPopup=<<qualify \"$:/state/popup/field-dropdown\">> class=\"tc-edit-texteditor tc-popup-handle\"/>\n</span>\n<$button popup=<<qualify \"$:/state/popup/field-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Field/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Field/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/field-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$linkcatcher to=\"$:/temp/newfieldname\">\n<div class=\"tc-dropdown-item\">\n<<lingo Fields/Add/Dropdown/User>>\n</div>\n<$list filter=\"[!is[shadow]!is[system]fields[]search:title{$:/temp/newfieldname}sort[]] -created -creator -draft.of -draft.title -modified -modifier -tags -text -title -type\" variable=\"currentField\">\n<$link to=<<currentField>>>\n<<currentField>>\n</$link>\n</$list>\n<div class=\"tc-dropdown-item\">\n<<lingo Fields/Add/Dropdown/System>>\n</div>\n<$list filter=\"[fields[]search:title{$:/temp/newfieldname}sort[]] -[!is[shadow]!is[system]fields[]]\" variable=\"currentField\">\n<$link to=<<currentField>>>\n<<currentField>>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n<span class=\"tc-edit-field-add-value\">\n<$edit-text tiddler=\"$:/temp/newfieldvalue\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}} class=\"tc-edit-texteditor\"/>\n</span>\n<span class=\"tc-edit-field-add-button\">\n<$macrocall $name=\"new-field\"/>\n</span>\n</div>\n</$fieldmangler>\n"
},
"$:/core/ui/EditTemplate/shadow": {
"title": "$:/core/ui/EditTemplate/shadow",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/Shadow/\n\\define pluginLinkBody()\n<$link to=\"\"\"$(pluginTitle)$\"\"\">\n<$text text=\"\"\"$(pluginTitle)$\"\"\"/>\n</$link>\n\\end\n<$list filter=\"[all[current]get[draft.of]is[shadow]!is[tiddler]]\">\n\n<$list filter=\"[all[current]shadowsource[]]\" variable=\"pluginTitle\">\n\n<$set name=\"pluginLink\" value=<<pluginLinkBody>>>\n<div class=\"tc-message-box\">\n\n<<lingo Warning>>\n\n</div>\n</$set>\n</$list>\n\n</$list>\n\n<$list filter=\"[all[current]get[draft.of]is[shadow]is[tiddler]]\">\n\n<$list filter=\"[all[current]shadowsource[]]\" variable=\"pluginTitle\">\n\n<$set name=\"pluginLink\" value=<<pluginLinkBody>>>\n<div class=\"tc-message-box\">\n\n<<lingo OverriddenWarning>>\n\n</div>\n</$set>\n</$list>\n\n</$list>"
},
"$:/core/ui/EditTemplate/tags": {
"title": "$:/core/ui/EditTemplate/tags",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n\n\\define tag-styles()\nbackground-color:$(backgroundColor)$;\nfill:$(foregroundColor)$;\ncolor:$(foregroundColor)$;\n\\end\n\n\\define tag-body-inner(colour,fallbackTarget,colourA,colourB)\n<$vars foregroundColor=<<contrastcolour target:\"\"\"$colour$\"\"\" fallbackTarget:\"\"\"$fallbackTarget$\"\"\" colourA:\"\"\"$colourA$\"\"\" colourB:\"\"\"$colourB$\"\"\">> backgroundColor=\"\"\"$colour$\"\"\">\n<span style=<<tag-styles>> class=\"tc-tag-label\">\n<$view field=\"title\" format=\"text\" />\n<$button message=\"tm-remove-tag\" param={{!!title}} class=\"tc-btn-invisible tc-remove-tag-button\">×</$button>\n</span>\n</$vars>\n\\end\n\n\\define tag-body(colour,palette)\n<$macrocall $name=\"tag-body-inner\" colour=\"\"\"$colour$\"\"\" fallbackTarget={{$palette$##tag-background}} colourA={{$palette$##foreground}} colourB={{$palette$##background}}/>\n\\end\n\n\\define tag-picker-actions()\n<$action-listops\n\t$tiddler=<<currentTiddler>>\n\t$field=\"tags\"\n\t$subfilter=\"[<tag>] [all[current]tags[]]\"\n/>\n\\end\n\n<div class=\"tc-edit-tags\">\n<$fieldmangler>\n<$list filter=\"[all[current]tags[]sort[title]]\" storyview=\"pop\">\n<$macrocall $name=\"tag-body\" colour={{!!color}} palette={{$:/palette}}/>\n</$list>\n</$fieldmangler>\n<$macrocall $name=\"tag-picker\" actions=<<tag-picker-actions>>/>\n</div>\n"
},
"$:/core/ui/EditTemplate/title": {
"title": "$:/core/ui/EditTemplate/title",
"tags": "$:/tags/EditTemplate",
"text": "<$edit-text field=\"draft.title\" class=\"tc-titlebar tc-edit-texteditor\" focus=\"true\"/>\n\n<$vars pattern=\"\"\"[\\|\\[\\]{}]\"\"\" bad-chars=\"\"\"`| [ ] { }`\"\"\">\n\n<$list filter=\"[is[current]regexp:draft.title<pattern>]\" variable=\"listItem\">\n\n<div class=\"tc-message-box\">\n\n{{$:/core/images/warning}} {{$:/language/EditTemplate/Title/BadCharacterWarning}}\n\n</div>\n\n</$list>\n\n</$vars>\n\n<$reveal state=\"!!draft.title\" type=\"nomatch\" text={{!!draft.of}} tag=\"div\">\n\n<$list filter=\"[{!!draft.title}!is[missing]]\" variable=\"listItem\">\n\n<div class=\"tc-message-box\">\n\n{{$:/core/images/warning}} {{$:/language/EditTemplate/Title/Exists/Prompt}}\n\n</div>\n\n</$list>\n\n<$list filter=\"[{!!draft.of}!is[missing]]\" variable=\"listItem\">\n\n<$vars fromTitle={{!!draft.of}} toTitle={{!!draft.title}}>\n\n<$checkbox tiddler=\"$:/config/RelinkOnRename\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> {{$:/language/EditTemplate/Title/Relink/Prompt}}</$checkbox>\n\n</$vars>\n\n</$list>\n\n</$reveal>\n\n\n"
},
"$:/core/ui/EditTemplate/type": {
"title": "$:/core/ui/EditTemplate/type",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n<div class=\"tc-type-selector\"><$fieldmangler>\n<em class=\"tc-edit\"><<lingo Type/Prompt>></em> <$edit-text field=\"type\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Type/Placeholder}} focusPopup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-edit-typeeditor tc-popup-handle\"/> <$button popup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Type/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Type/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <$button message=\"tm-remove-field\" param=\"type\" class=\"tc-btn-invisible tc-btn-icon\" tooltip={{$:/language/EditTemplate/Type/Delete/Hint}} aria-label={{$:/language/EditTemplate/Type/Delete/Caption}}>{{$:/core/images/delete-button}}</$button>\n</$fieldmangler></div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/popup/type-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$linkcatcher to=\"!!type\">\n<$list filter='[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]each[group]sort[group-sort]]'>\n<div class=\"tc-dropdown-item\">\n<$text text={{!!group}}/>\n</div>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]group{!!group}] +[sort[description]]\"><$link to={{!!name}}><$view field=\"description\"/> (<$view field=\"name\"/>)</$link>\n</$list>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>"
},
"$:/core/ui/EditTemplate": {
"title": "$:/core/ui/EditTemplate",
"text": "\\define actions()\n<$action-sendmessage $message=\"tm-add-tag\" $param={{$:/temp/NewTagName}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n<$action-sendmessage $message=\"tm-add-field\" $name={{$:/temp/newfieldname}} $value={{$:/temp/newfieldvalue}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<$action-sendmessage $message=\"tm-save-tiddler\"/>\n\\end\n\\define frame-classes()\ntc-tiddler-frame tc-tiddler-edit-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$\n\\end\n<div class=<<frame-classes>>>\n<$fieldmangler>\n<$set name=\"storyTiddler\" value=<<currentTiddler>>>\n<$keyboard key=\"((cancel-edit-tiddler))\" message=\"tm-cancel-tiddler\">\n<$keyboard key=\"((save-tiddler))\" actions=<<actions>>>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditTemplate]!has[draft.of]]\" variable=\"listItem\">\n<$transclude tiddler=<<listItem>>/>\n</$list>\n</$keyboard>\n</$keyboard>\n</$set>\n</$fieldmangler>\n</div>\n"
},
"$:/core/ui/Buttons/cancel": {
"title": "$:/core/ui/Buttons/cancel",
"tags": "$:/tags/EditToolbar",
"caption": "{{$:/core/images/cancel-button}} {{$:/language/Buttons/Cancel/Caption}}",
"description": "{{$:/language/Buttons/Cancel/Hint}}",
"text": "<$button message=\"tm-cancel-tiddler\" tooltip={{$:/language/Buttons/Cancel/Hint}} aria-label={{$:/language/Buttons/Cancel/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/cancel-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Cancel/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/delete": {
"title": "$:/core/ui/Buttons/delete",
"tags": "$:/tags/EditToolbar $:/tags/ViewToolbar",
"caption": "{{$:/core/images/delete-button}} {{$:/language/Buttons/Delete/Caption}}",
"description": "{{$:/language/Buttons/Delete/Hint}}",
"text": "<$button message=\"tm-delete-tiddler\" tooltip={{$:/language/Buttons/Delete/Hint}} aria-label={{$:/language/Buttons/Delete/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/delete-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Delete/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/save": {
"title": "$:/core/ui/Buttons/save",
"tags": "$:/tags/EditToolbar",
"caption": "{{$:/core/images/done-button}} {{$:/language/Buttons/Save/Caption}}",
"description": "{{$:/language/Buttons/Save/Hint}}",
"text": "<$fieldmangler><$button tooltip={{$:/language/Buttons/Save/Hint}} aria-label={{$:/language/Buttons/Save/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-add-tag\" $param={{$:/temp/NewTagName}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n<$action-sendmessage $message=\"tm-add-field\" $name={{$:/temp/newfieldname}} $value={{$:/temp/newfieldvalue}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<$action-sendmessage $message=\"tm-save-tiddler\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/done-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Save/Caption}}/></span>\n</$list>\n</$button>\n</$fieldmangler>\n"
},
"$:/core/ui/EditorToolbar/bold": {
"title": "$:/core/ui/EditorToolbar/bold",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/bold",
"caption": "{{$:/language/Buttons/Bold/Caption}}",
"description": "{{$:/language/Buttons/Bold/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((bold))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"''\"\n\tsuffix=\"''\"\n/>\n"
},
"$:/core/ui/EditorToolbar/clear-dropdown": {
"title": "$:/core/ui/EditorToolbar/clear-dropdown",
"text": "''{{$:/language/Buttons/Clear/Hint}}''\n\n<div class=\"tc-colour-chooser\">\n\n<$macrocall $name=\"colour-picker\" actions=\"\"\"\n\n<$action-sendmessage\n\t$message=\"tm-edit-bitmap-operation\"\n\t$param=\"clear\"\n\tcolour=<<colour-picker-value>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n\n</div>\n"
},
"$:/core/ui/EditorToolbar/clear": {
"title": "$:/core/ui/EditorToolbar/clear",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/erase",
"caption": "{{$:/language/Buttons/Clear/Caption}}",
"description": "{{$:/language/Buttons/Clear/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/clear-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/editor-height-dropdown": {
"title": "$:/core/ui/EditorToolbar/editor-height-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/EditorHeight/\n''<<lingo Hint>>''\n\n<$radio tiddler=\"$:/config/TextEditor/EditorHeight/Mode\" value=\"auto\"> {{$:/core/images/auto-height}} <<lingo Caption/Auto>></$radio>\n\n<$radio tiddler=\"$:/config/TextEditor/EditorHeight/Mode\" value=\"fixed\"> {{$:/core/images/fixed-height}} <<lingo Caption/Fixed>> <$edit-text tag=\"input\" tiddler=\"$:/config/TextEditor/EditorHeight/Height\" default=\"100px\"/></$radio>\n"
},
"$:/core/ui/EditorToolbar/editor-height": {
"title": "$:/core/ui/EditorToolbar/editor-height",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/fixed-height",
"custom-icon": "yes",
"caption": "{{$:/language/Buttons/EditorHeight/Caption}}",
"description": "{{$:/language/Buttons/EditorHeight/Hint}}",
"condition": "[<targetTiddler>!is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/editor-height-dropdown",
"text": "<$reveal tag=\"span\" state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"fixed\">\n{{$:/core/images/fixed-height}}\n</$reveal>\n<$reveal tag=\"span\" state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"auto\">\n{{$:/core/images/auto-height}}\n</$reveal>\n"
},
"$:/core/ui/EditorToolbar/excise-dropdown": {
"title": "$:/core/ui/EditorToolbar/excise-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Excise/\n\n\\define body(config-title)\n''<<lingo Hint>>''\n\n<<lingo Caption/NewTitle>> <$edit-text tag=\"input\" tiddler=\"$config-title$/new-title\" default=\"\" focus=\"true\"/>\n\n<$set name=\"new-title\" value={{$config-title$/new-title}}>\n<$list filter=\"\"\"[<new-title>is[tiddler]]\"\"\">\n<div class=\"tc-error\">\n<<lingo Caption/TiddlerExists>>\n</div>\n</$list>\n</$set>\n\n<$checkbox tiddler=\"\"\"$config-title$/tagnew\"\"\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"false\"> <<lingo Caption/Tag>></$checkbox>\n\n<<lingo Caption/Replace>> <$select tiddler=\"\"\"$config-title$/type\"\"\" default=\"transclude\">\n<option value=\"link\"><<lingo Caption/Replace/Link>></option>\n<option value=\"transclude\"><<lingo Caption/Replace/Transclusion>></option>\n<option value=\"macro\"><<lingo Caption/Replace/Macro>></option>\n</$select>\n\n<$reveal state=\"\"\"$config-title$/type\"\"\" type=\"match\" text=\"macro\">\n<<lingo Caption/MacroName>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/macro-title\"\"\" default=\"translink\"/>\n</$reveal>\n\n<$button>\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"excise\"\n\ttitle={{$config-title$/new-title}}\n\ttype={{$config-title$/type}}\n\tmacro={{$config-title$/macro-title}}\n\ttagnew={{$config-title$/tagnew}}\n/>\n<$action-deletetiddler\n\t$tiddler=\"$config-title$/new-title\"\n/>\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n<<lingo Caption/Excise>>\n</$button>\n\\end\n\n<$macrocall $name=\"body\" config-title=<<qualify \"$:/state/Excise/\">>/>\n"
},
"$:/core/ui/EditorToolbar/excise": {
"title": "$:/core/ui/EditorToolbar/excise",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/excise",
"caption": "{{$:/language/Buttons/Excise/Caption}}",
"description": "{{$:/language/Buttons/Excise/Hint}}",
"condition": "[<targetTiddler>!is[image]]",
"shortcuts": "((excise))",
"dropdown": "$:/core/ui/EditorToolbar/excise-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/heading-1": {
"title": "$:/core/ui/EditorToolbar/heading-1",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-1",
"caption": "{{$:/language/Buttons/Heading1/Caption}}",
"description": "{{$:/language/Buttons/Heading1/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((heading-1))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"1\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-2": {
"title": "$:/core/ui/EditorToolbar/heading-2",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-2",
"caption": "{{$:/language/Buttons/Heading2/Caption}}",
"description": "{{$:/language/Buttons/Heading2/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-2))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"2\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-3": {
"title": "$:/core/ui/EditorToolbar/heading-3",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-3",
"caption": "{{$:/language/Buttons/Heading3/Caption}}",
"description": "{{$:/language/Buttons/Heading3/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-3))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"3\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-4": {
"title": "$:/core/ui/EditorToolbar/heading-4",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-4",
"caption": "{{$:/language/Buttons/Heading4/Caption}}",
"description": "{{$:/language/Buttons/Heading4/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-4))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"4\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-5": {
"title": "$:/core/ui/EditorToolbar/heading-5",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-5",
"caption": "{{$:/language/Buttons/Heading5/Caption}}",
"description": "{{$:/language/Buttons/Heading5/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-5))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"5\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-6": {
"title": "$:/core/ui/EditorToolbar/heading-6",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-6",
"caption": "{{$:/language/Buttons/Heading6/Caption}}",
"description": "{{$:/language/Buttons/Heading6/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-6))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"6\"\n/>\n"
},
"$:/core/ui/EditorToolbar/italic": {
"title": "$:/core/ui/EditorToolbar/italic",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/italic",
"caption": "{{$:/language/Buttons/Italic/Caption}}",
"description": "{{$:/language/Buttons/Italic/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((italic))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"//\"\n\tsuffix=\"//\"\n/>\n"
},
"$:/core/ui/EditorToolbar/line-width-dropdown": {
"title": "$:/core/ui/EditorToolbar/line-width-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/LineWidth/\n\n\\define toolbar-line-width-inner()\n<$button tag=\"a\" tooltip=\"\"\"$(line-width)$\"\"\">\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/LineWidth\"\n\t$value=\"$(line-width)$\"\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<div style=\"display: inline-block; margin: 4px calc(80px - $(line-width)$); background-color: #000; width: calc(100px + $(line-width)$ * 2); height: $(line-width)$; border-radius: 120px; vertical-align: middle;\"/>\n\n<span style=\"margin-left: 8px;\">\n\n<$text text=\"\"\"$(line-width)$\"\"\"/>\n\n<$reveal state=\"$:/config/BitmapEditor/LineWidth\" type=\"match\" text=\"\"\"$(line-width)$\"\"\" tag=\"span\">\n\n<$entity entity=\" \"/>\n\n<$entity entity=\"✓\"/>\n\n</$reveal>\n\n</span>\n\n</$button>\n\\end\n\n''<<lingo Hint>>''\n\n<$list filter={{$:/config/BitmapEditor/LineWidths}} variable=\"line-width\">\n\n<<toolbar-line-width-inner>>\n\n</$list>\n"
},
"$:/core/ui/EditorToolbar/line-width": {
"title": "$:/core/ui/EditorToolbar/line-width",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/line-width",
"caption": "{{$:/language/Buttons/LineWidth/Caption}}",
"description": "{{$:/language/Buttons/LineWidth/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/line-width-dropdown",
"text": "<$text text={{$:/config/BitmapEditor/LineWidth}}/>"
},
"$:/core/ui/EditorToolbar/link-dropdown": {
"title": "$:/core/ui/EditorToolbar/link-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Link/\n\n\\define link-actions()\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"make-link\"\n\ttext={{$(linkTiddler)$}}\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<searchTiddler>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<linkTiddler>>\n/>\n\\end\n\n\\define external-link()\n<$button class=\"tc-btn-invisible\" style=\"width: auto; display: inline-block; background-colour: inherit;\">\n<$action-sendmessage $message=\"tm-edit-text-operation\" $param=\"make-link\" text={{$(searchTiddler)$}}\n/>\n{{$:/core/images/chevron-right}}\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<searchTiddler>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<linkTiddler>>\n/>\n</$button>\n\\end\n\n\n\\define body(config-title)\n''<<lingo Hint>>''\n\n<$vars searchTiddler=\"\"\"$config-title$/search\"\"\" linkTiddler=\"\"\"$config-title$/link\"\"\" linktext=\"\" >\n\n<$edit-text tiddler=<<searchTiddler>> type=\"search\" tag=\"input\" focus=\"true\" placeholder={{$:/language/Search/Search}} default=\"\"/>\n<$reveal tag=\"span\" state=<<searchTiddler>> type=\"nomatch\" text=\"\">\n<<external-link>>\n<$button class=\"tc-btn-invisible\" style=\"width: auto; display: inline-block; background-colour: inherit;\">\n<$action-setfield $tiddler=<<searchTiddler>> text=\"\" />\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n\n<$reveal tag=\"div\" state=<<searchTiddler>> type=\"nomatch\" text=\"\">\n\n<$linkcatcher actions=<<link-actions>> to=<<linkTiddler>>>\n\n{{$:/core/ui/SearchResults}}\n\n</$linkcatcher>\n\n</$reveal>\n\n</$vars>\n\n\\end\n\n<$macrocall $name=\"body\" config-title=<<qualify \"$:/state/Link/\">>/>"
},
"$:/core/ui/EditorToolbar/link": {
"title": "$:/core/ui/EditorToolbar/link",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/link",
"caption": "{{$:/language/Buttons/Link/Caption}}",
"description": "{{$:/language/Buttons/Link/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((link))",
"dropdown": "$:/core/ui/EditorToolbar/link-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/list-bullet": {
"title": "$:/core/ui/EditorToolbar/list-bullet",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/list-bullet",
"caption": "{{$:/language/Buttons/ListBullet/Caption}}",
"description": "{{$:/language/Buttons/ListBullet/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((list-bullet))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"*\"\n\tcount=\"1\"\n/>\n"
},
"$:/core/ui/EditorToolbar/list-number": {
"title": "$:/core/ui/EditorToolbar/list-number",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/list-number",
"caption": "{{$:/language/Buttons/ListNumber/Caption}}",
"description": "{{$:/language/Buttons/ListNumber/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((list-number))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"#\"\n\tcount=\"1\"\n/>\n"
},
"$:/core/ui/EditorToolbar/mono-block": {
"title": "$:/core/ui/EditorToolbar/mono-block",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/mono-block",
"caption": "{{$:/language/Buttons/MonoBlock/Caption}}",
"description": "{{$:/language/Buttons/MonoBlock/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((mono-block))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-lines\"\n\tprefix=\"\n```\"\n\tsuffix=\"```\"\n/>\n"
},
"$:/core/ui/EditorToolbar/mono-line": {
"title": "$:/core/ui/EditorToolbar/mono-line",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/mono-line",
"caption": "{{$:/language/Buttons/MonoLine/Caption}}",
"description": "{{$:/language/Buttons/MonoLine/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((mono-line))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"`\"\n\tsuffix=\"`\"\n/>\n"
},
"$:/core/ui/EditorToolbar/more-dropdown": {
"title": "$:/core/ui/EditorToolbar/more-dropdown",
"text": "\\define config-title()\n$:/config/EditorToolbarButtons/Visibility/$(toolbarItem)$\n\\end\n\n\\define conditional-button()\n<$list filter={{$(toolbarItem)$!!condition}} variable=\"condition\">\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/toolbar/button\" mode=\"inline\"/> <$transclude tiddler=<<toolbarItem>> field=\"description\"/>\n</$list>\n\\end\n\n<div class=\"tc-text-editor-toolbar-more\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditorToolbar]!has[draft.of]] -[[$:/core/ui/EditorToolbar/more]]\">\n<$reveal type=\"match\" state=<<config-visibility-title>> text=\"hide\" tag=\"div\">\n<<conditional-button>>\n</$reveal>\n</$list>\n</div>\n"
},
"$:/core/ui/EditorToolbar/more": {
"title": "$:/core/ui/EditorToolbar/more",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/down-arrow",
"caption": "{{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"condition": "[<targetTiddler>]",
"dropdown": "$:/core/ui/EditorToolbar/more-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/opacity-dropdown": {
"title": "$:/core/ui/EditorToolbar/opacity-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Opacity/\n\n\\define toolbar-opacity-inner()\n<$button tag=\"a\" tooltip=\"\"\"$(opacity)$\"\"\">\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/Opacity\"\n\t$value=\"$(opacity)$\"\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<div style=\"display: inline-block; vertical-align: middle; background-color: $(current-paint-colour)$; opacity: $(opacity)$; width: 1em; height: 1em; border-radius: 50%;\"/>\n\n<span style=\"margin-left: 8px;\">\n\n<$text text=\"\"\"$(opacity)$\"\"\"/>\n\n<$reveal state=\"$:/config/BitmapEditor/Opacity\" type=\"match\" text=\"\"\"$(opacity)$\"\"\" tag=\"span\">\n\n<$entity entity=\" \"/>\n\n<$entity entity=\"✓\"/>\n\n</$reveal>\n\n</span>\n\n</$button>\n\\end\n\n\\define toolbar-opacity()\n''<<lingo Hint>>''\n\n<$list filter={{$:/config/BitmapEditor/Opacities}} variable=\"opacity\">\n\n<<toolbar-opacity-inner>>\n\n</$list>\n\\end\n\n<$set name=\"current-paint-colour\" value={{$:/config/BitmapEditor/Colour}}>\n\n<$set name=\"current-opacity\" value={{$:/config/BitmapEditor/Opacity}}>\n\n<<toolbar-opacity>>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/EditorToolbar/opacity": {
"title": "$:/core/ui/EditorToolbar/opacity",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/opacity",
"caption": "{{$:/language/Buttons/Opacity/Caption}}",
"description": "{{$:/language/Buttons/Opacity/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/opacity-dropdown",
"text": "<$text text={{$:/config/BitmapEditor/Opacity}}/>\n"
},
"$:/core/ui/EditorToolbar/paint-dropdown": {
"title": "$:/core/ui/EditorToolbar/paint-dropdown",
"text": "''{{$:/language/Buttons/Paint/Hint}}''\n\n<$macrocall $name=\"colour-picker\" actions=\"\"\"\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/Colour\"\n\t$value=<<colour-picker-value>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n"
},
"$:/core/ui/EditorToolbar/paint": {
"title": "$:/core/ui/EditorToolbar/paint",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/paint",
"caption": "{{$:/language/Buttons/Paint/Caption}}",
"description": "{{$:/language/Buttons/Paint/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/paint-dropdown",
"text": "\\define toolbar-paint()\n<div style=\"display: inline-block; vertical-align: middle; background-color: $(colour-picker-value)$; width: 1em; height: 1em; border-radius: 50%;\"/>\n\\end\n<$set name=\"colour-picker-value\" value={{$:/config/BitmapEditor/Colour}}>\n<<toolbar-paint>>\n</$set>\n"
},
"$:/core/ui/EditorToolbar/picture-dropdown": {
"title": "$:/core/ui/EditorToolbar/picture-dropdown",
"text": "\\define replacement-text()\n[img[$(imageTitle)$]]\n\\end\n\n''{{$:/language/Buttons/Picture/Hint}}''\n\n<$macrocall $name=\"image-picker\" actions=\"\"\"\n\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"replace-selection\"\n\ttext=<<replacement-text>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n"
},
"$:/core/ui/EditorToolbar/picture": {
"title": "$:/core/ui/EditorToolbar/picture",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/picture",
"caption": "{{$:/language/Buttons/Picture/Caption}}",
"description": "{{$:/language/Buttons/Picture/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((picture))",
"dropdown": "$:/core/ui/EditorToolbar/picture-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/preview-type-dropdown": {
"title": "$:/core/ui/EditorToolbar/preview-type-dropdown",
"text": "\\define preview-type-button()\n<$button tag=\"a\">\n\n<$action-setfield $tiddler=\"$:/state/editpreviewtype\" $value=\"$(previewType)$\"/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$transclude tiddler=<<previewType>> field=\"caption\" mode=\"inline\">\n\n<$view tiddler=<<previewType>> field=\"title\" mode=\"inline\"/>\n\n</$transclude> \n\n<$reveal tag=\"span\" state=\"$:/state/editpreviewtype\" type=\"match\" text=<<previewType>> default=\"$:/core/ui/EditTemplate/body/preview/output\">\n\n<$entity entity=\" \"/>\n\n<$entity entity=\"✓\"/>\n\n</$reveal>\n\n</$button>\n\\end\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditPreview]!has[draft.of]]\" variable=\"previewType\">\n\n<<preview-type-button>>\n\n</$list>\n"
},
"$:/core/ui/EditorToolbar/preview-type": {
"title": "$:/core/ui/EditorToolbar/preview-type",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/chevron-down",
"caption": "{{$:/language/Buttons/PreviewType/Caption}}",
"description": "{{$:/language/Buttons/PreviewType/Hint}}",
"condition": "[all[shadows+tiddlers]tag[$:/tags/EditPreview]!has[draft.of]butfirst[]limit[1]]",
"button-classes": "tc-text-editor-toolbar-item-adjunct",
"dropdown": "$:/core/ui/EditorToolbar/preview-type-dropdown"
},
"$:/core/ui/EditorToolbar/preview": {
"title": "$:/core/ui/EditorToolbar/preview",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/preview-open",
"custom-icon": "yes",
"caption": "{{$:/language/Buttons/Preview/Caption}}",
"description": "{{$:/language/Buttons/Preview/Hint}}",
"condition": "[<targetTiddler>]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((preview))",
"text": "<$reveal state=\"$:/state/showeditpreview\" type=\"match\" text=\"yes\" tag=\"span\">\n{{$:/core/images/preview-open}}\n<$action-setfield $tiddler=\"$:/state/showeditpreview\" $value=\"no\"/>\n</$reveal>\n<$reveal state=\"$:/state/showeditpreview\" type=\"nomatch\" text=\"yes\" tag=\"span\">\n{{$:/core/images/preview-closed}}\n<$action-setfield $tiddler=\"$:/state/showeditpreview\" $value=\"yes\"/>\n</$reveal>\n"
},
"$:/core/ui/EditorToolbar/quote": {
"title": "$:/core/ui/EditorToolbar/quote",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/quote",
"caption": "{{$:/language/Buttons/Quote/Caption}}",
"description": "{{$:/language/Buttons/Quote/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((quote))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-lines\"\n\tprefix=\"\n<<<\"\n\tsuffix=\"<<<\"\n/>\n"
},
"$:/core/ui/EditorToolbar/size-dropdown": {
"title": "$:/core/ui/EditorToolbar/size-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Size/\n\n\\define toolbar-button-size-preset(config-title)\n<$set name=\"width\" filter=\"$(sizePair)$ +[first[]]\">\n\n<$set name=\"height\" filter=\"$(sizePair)$ +[last[]]\">\n\n<$button tag=\"a\">\n\n<$action-setfield\n\t$tiddler=\"\"\"$config-title$/new-width\"\"\"\n\t$value=<<width>>\n/>\n\n<$action-setfield\n\t$tiddler=\"\"\"$config-title$/new-height\"\"\"\n\t$value=<<height>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/presets-popup\"\"\"\n/>\n\n<$text text=<<width>>/> × <$text text=<<height>>/>\n\n</$button>\n\n</$set>\n\n</$set>\n\\end\n\n\\define toolbar-button-size(config-title)\n''{{$:/language/Buttons/Size/Hint}}''\n\n<<lingo Caption/Width>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/new-width\"\"\" default=<<tv-bitmap-editor-width>> focus=\"true\" size=\"8\"/> <<lingo Caption/Height>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/new-height\"\"\" default=<<tv-bitmap-editor-height>> size=\"8\"/> <$button popup=\"\"\"$config-title$/presets-popup\"\"\" class=\"tc-btn-invisible tc-popup-keep\" style=\"width: auto; display: inline-block; background-colour: inherit;\" selectedClass=\"tc-selected\">\n{{$:/core/images/down-arrow}}\n</$button>\n\n<$reveal tag=\"span\" state=\"\"\"$config-title$/presets-popup\"\"\" type=\"popup\" position=\"belowleft\" animate=\"yes\">\n\n<div class=\"tc-drop-down tc-popup-keep\">\n\n<$list filter={{$:/config/BitmapEditor/ImageSizes}} variable=\"sizePair\">\n\n<$macrocall $name=\"toolbar-button-size-preset\" config-title=\"$config-title$\"/>\n\n</$list>\n\n</div>\n\n</$reveal>\n\n<$button>\n<$action-sendmessage\n\t$message=\"tm-edit-bitmap-operation\"\n\t$param=\"resize\"\n\twidth={{$config-title$/new-width}}\n\theight={{$config-title$/new-height}}\n/>\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/new-width\"\"\"\n/>\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/new-height\"\"\"\n/>\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n<<lingo Caption/Resize>>\n</$button>\n\\end\n\n<$macrocall $name=\"toolbar-button-size\" config-title=<<qualify \"$:/state/Size/\">>/>\n"
},
"$:/core/ui/EditorToolbar/size": {
"title": "$:/core/ui/EditorToolbar/size",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/size",
"caption": "{{$:/language/Buttons/Size/Caption}}",
"description": "{{$:/language/Buttons/Size/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/size-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/stamp-dropdown": {
"title": "$:/core/ui/EditorToolbar/stamp-dropdown",
"text": "\\define toolbar-button-stamp-inner()\n<$button tag=\"a\">\n\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"replace-selection\"\n\ttext={{$(snippetTitle)$}}\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$view tiddler=<<snippetTitle>> field=\"caption\" mode=\"inline\">\n\n<$view tiddler=<<snippetTitle>> field=\"title\" mode=\"inline\"/>\n\n</$view>\n\n</$button>\n\\end\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TextEditor/Snippet]!has[draft.of]sort[caption]]\" variable=\"snippetTitle\">\n\n<<toolbar-button-stamp-inner>>\n\n</$list>\n\n----\n\n<$button tag=\"a\">\n\n<$action-sendmessage\n\t$message=\"tm-new-tiddler\"\n\ttags=\"$:/tags/TextEditor/Snippet\"\n\tcaption={{$:/language/Buttons/Stamp/New/Title}}\n\ttext={{$:/language/Buttons/Stamp/New/Text}}\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<em>\n\n<$text text={{$:/language/Buttons/Stamp/Caption/New}}/>\n\n</em>\n\n</$button>\n"
},
"$:/core/ui/EditorToolbar/stamp": {
"title": "$:/core/ui/EditorToolbar/stamp",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/stamp",
"caption": "{{$:/language/Buttons/Stamp/Caption}}",
"description": "{{$:/language/Buttons/Stamp/Hint}}",
"condition": "[<targetTiddler>!is[image]]",
"shortcuts": "((stamp))",
"dropdown": "$:/core/ui/EditorToolbar/stamp-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/strikethrough": {
"title": "$:/core/ui/EditorToolbar/strikethrough",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/strikethrough",
"caption": "{{$:/language/Buttons/Strikethrough/Caption}}",
"description": "{{$:/language/Buttons/Strikethrough/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((strikethrough))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"~~\"\n\tsuffix=\"~~\"\n/>\n"
},
"$:/core/ui/EditorToolbar/subscript": {
"title": "$:/core/ui/EditorToolbar/subscript",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/subscript",
"caption": "{{$:/language/Buttons/Subscript/Caption}}",
"description": "{{$:/language/Buttons/Subscript/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((subscript))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\",,\"\n\tsuffix=\",,\"\n/>\n"
},
"$:/core/ui/EditorToolbar/superscript": {
"title": "$:/core/ui/EditorToolbar/superscript",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/superscript",
"caption": "{{$:/language/Buttons/Superscript/Caption}}",
"description": "{{$:/language/Buttons/Superscript/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((superscript))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"^^\"\n\tsuffix=\"^^\"\n/>\n"
},
"$:/core/ui/EditorToolbar/underline": {
"title": "$:/core/ui/EditorToolbar/underline",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/underline",
"caption": "{{$:/language/Buttons/Underline/Caption}}",
"description": "{{$:/language/Buttons/Underline/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((underline))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"__\"\n\tsuffix=\"__\"\n/>\n"
},
"$:/core/Filters/AllTags": {
"title": "$:/core/Filters/AllTags",
"tags": "$:/tags/Filter",
"filter": "[tags[]!is[system]sort[title]]",
"description": "{{$:/language/Filters/AllTags}}",
"text": ""
},
"$:/core/Filters/AllTiddlers": {
"title": "$:/core/Filters/AllTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]sort[title]]",
"description": "{{$:/language/Filters/AllTiddlers}}",
"text": ""
},
"$:/core/Filters/Drafts": {
"title": "$:/core/Filters/Drafts",
"tags": "$:/tags/Filter",
"filter": "[has[draft.of]sort[title]]",
"description": "{{$:/language/Filters/Drafts}}",
"text": ""
},
"$:/core/Filters/Missing": {
"title": "$:/core/Filters/Missing",
"tags": "$:/tags/Filter",
"filter": "[all[missing]sort[title]]",
"description": "{{$:/language/Filters/Missing}}",
"text": ""
},
"$:/core/Filters/Orphans": {
"title": "$:/core/Filters/Orphans",
"tags": "$:/tags/Filter",
"filter": "[all[orphans]sort[title]]",
"description": "{{$:/language/Filters/Orphans}}",
"text": ""
},
"$:/core/Filters/OverriddenShadowTiddlers": {
"title": "$:/core/Filters/OverriddenShadowTiddlers",
"tags": "$:/tags/Filter",
"filter": "[is[shadow]]",
"description": "{{$:/language/Filters/OverriddenShadowTiddlers}}",
"text": ""
},
"$:/core/Filters/RecentSystemTiddlers": {
"title": "$:/core/Filters/RecentSystemTiddlers",
"tags": "$:/tags/Filter",
"filter": "[has[modified]!sort[modified]limit[50]]",
"description": "{{$:/language/Filters/RecentSystemTiddlers}}",
"text": ""
},
"$:/core/Filters/RecentTiddlers": {
"title": "$:/core/Filters/RecentTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]has[modified]!sort[modified]limit[50]]",
"description": "{{$:/language/Filters/RecentTiddlers}}",
"text": ""
},
"$:/core/Filters/ShadowTiddlers": {
"title": "$:/core/Filters/ShadowTiddlers",
"tags": "$:/tags/Filter",
"filter": "[all[shadows]sort[title]]",
"description": "{{$:/language/Filters/ShadowTiddlers}}",
"text": ""
},
"$:/core/Filters/StoryList": {
"title": "$:/core/Filters/StoryList",
"tags": "$:/tags/Filter",
"filter": "[list[$:/StoryList]] -$:/AdvancedSearch",
"description": "{{$:/language/Filters/StoryList}}",
"text": ""
},
"$:/core/Filters/SystemTags": {
"title": "$:/core/Filters/SystemTags",
"tags": "$:/tags/Filter",
"filter": "[all[shadows+tiddlers]tags[]is[system]sort[title]]",
"description": "{{$:/language/Filters/SystemTags}}",
"text": ""
},
"$:/core/Filters/SystemTiddlers": {
"title": "$:/core/Filters/SystemTiddlers",
"tags": "$:/tags/Filter",
"filter": "[is[system]sort[title]]",
"description": "{{$:/language/Filters/SystemTiddlers}}",
"text": ""
},
"$:/core/Filters/TypedTiddlers": {
"title": "$:/core/Filters/TypedTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]has[type]each[type]sort[type]] -[type[text/vnd.tiddlywiki]]",
"description": "{{$:/language/Filters/TypedTiddlers}}",
"text": ""
},
"$:/core/ui/ImportListing": {
"title": "$:/core/ui/ImportListing",
"text": "\\define lingo-base() $:/language/Import/\n\n\\define messageField()\nmessage-$(payloadTiddler)$\n\\end\n\n\\define selectionField()\nselection-$(payloadTiddler)$\n\\end\n\n\\define previewPopupState()\n$(currentTiddler)$!!popup-$(payloadTiddler)$\n\\end\n\n\\define select-all-actions()\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" variable=\"payloadTiddler\">\n<$action-setfield $field={{{ [<payloadTiddler>addprefix[selection-]] }}} $value={{$:/state/import/select-all}}/>\n</$list>\n\\end\n\n<table>\n<tbody>\n<tr>\n<th>\n<$checkbox tiddler=\"$:/state/import/select-all\" field=\"text\" checked=\"checked\" unchecked=\"unchecked\" default=\"checked\" actions=<<select-all-actions>>>\n<<lingo Listing/Select/Caption>>\n</$checkbox>\n</th>\n<th>\n<<lingo Listing/Title/Caption>>\n</th>\n<th>\n<<lingo Listing/Status/Caption>>\n</th>\n</tr>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" variable=\"payloadTiddler\">\n<tr>\n<td>\n<$checkbox field=<<selectionField>> checked=\"checked\" unchecked=\"unchecked\" default=\"checked\"/>\n</td>\n<td>\n<$reveal type=\"nomatch\" state=<<previewPopupState>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<previewPopupState>> setTo=\"yes\">\n{{$:/core/images/right-arrow}} <$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<previewPopupState>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<previewPopupState>> setTo=\"no\">\n{{$:/core/images/down-arrow}} <$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n</td>\n<td>\n<$view field=<<messageField>>/>\n</td>\n</tr>\n<tr>\n<td colspan=\"3\">\n<$reveal type=\"match\" text=\"yes\" state=<<previewPopupState>>>\n<$transclude subtiddler=<<payloadTiddler>> mode=\"block\"/>\n</$reveal>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ListItemTemplate": {
"title": "$:/core/ui/ListItemTemplate",
"text": "<div class=\"tc-menu-list-item\">\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</div>"
},
"$:/Manager/ItemMain/Fields": {
"title": "$:/Manager/ItemMain/Fields",
"tags": "$:/tags/Manager/ItemMain",
"caption": "{{$:/language/Manager/Item/Fields}}",
"text": "<table>\n<tbody>\n<$list filter=\"[all[current]fields[]sort[title]] -text\" template=\"$:/core/ui/TiddlerFieldTemplate\" variable=\"listItem\"/>\n</tbody>\n</table>\n"
},
"$:/Manager/ItemMain/RawText": {
"title": "$:/Manager/ItemMain/RawText",
"tags": "$:/tags/Manager/ItemMain",
"caption": "{{$:/language/Manager/Item/RawText}}",
"text": "<pre><code><$view/></code></pre>\n"
},
"$:/Manager/ItemMain/WikifiedText": {
"title": "$:/Manager/ItemMain/WikifiedText",
"tags": "$:/tags/Manager/ItemMain",
"caption": "{{$:/language/Manager/Item/WikifiedText}}",
"text": "<$transclude mode=\"block\"/>\n"
},
"$:/Manager/ItemSidebar/Colour": {
"title": "$:/Manager/ItemSidebar/Colour",
"tags": "$:/tags/Manager/ItemSidebar",
"caption": "{{$:/language/Manager/Item/Colour}}",
"text": "\\define swatch-styles()\nheight: 1em;\nbackground-color: $(colour)$\n\\end\n\n<$vars colour={{!!color}}>\n<p style=<<swatch-styles>>/>\n</$vars>\n<p>\n<$edit-text field=\"color\" tag=\"input\" type=\"color\"/> / <$edit-text field=\"color\" tag=\"input\" type=\"text\" size=\"9\"/>\n</p>\n"
},
"$:/Manager/ItemSidebar/Icon": {
"title": "$:/Manager/ItemSidebar/Icon",
"tags": "$:/tags/Manager/ItemSidebar",
"caption": "{{$:/language/Manager/Item/Icon}}",
"text": "<p>\n<div class=\"tc-manager-icon-editor\">\n<$button popup=<<qualify \"$:/state/popup/image-picker\">> class=\"tc-btn-invisible\">\n<$transclude tiddler={{!!icon}}>\n{{$:/language/Manager/Item/Icon/None}}\n</$transclude>\n</$button>\n<div class=\"tc-block-dropdown-wrapper\" style=\"position: static;\">\n<$reveal state=<<qualify \"$:/state/popup/image-picker\">> type=\"nomatch\" text=\"\" default=\"\" tag=\"div\" class=\"tc-popup\">\n<div class=\"tc-block-dropdown tc-popup-keep\" style=\"width: 80%; left: 10%; right: 10%; padding: 0.5em;\">\n<$macrocall $name=\"image-picker-include-tagged-images\" actions=\"\"\"\n<$action-setfield $field=\"icon\" $value=<<imageTitle>>/>\n<$action-deletetiddler $tiddler=<<qualify \"$:/state/popup/image-picker\">>/>\n\"\"\"/>\n</div>\n</$reveal>\n</div>\n</div>\n</p>\n"
},
"$:/Manager/ItemSidebar/Tags": {
"title": "$:/Manager/ItemSidebar/Tags",
"tags": "$:/tags/Manager/ItemSidebar",
"caption": "{{$:/language/Manager/Item/Tags}}",
"text": "\\define tag-checkbox-actions()\n<$action-listops\n\t$tiddler=\"$:/config/Manager/RecentTags\"\n\t$subfilter=\"[<tag>] [list[$:/config/Manager/RecentTags]] +[limit[12]]\"\n/>\n\\end\n\n\\define tag-picker-actions()\n<<tag-checkbox-actions>>\n<$action-listops\n\t$tiddler=<<currentTiddler>>\n\t$field=\"tags\"\n\t$subfilter=\"[<tag>] [all[current]tags[]]\"\n/>\n\\end\n\n<p>\n<$list filter=\"[is[current]tags[]] [list[$:/config/Manager/RecentTags]] +[sort[title]] \" variable=\"tag\">\n<div>\n<$checkbox tiddler=<<currentTiddler>> tag=<<tag>> actions=<<tag-checkbox-actions>>>\n<$macrocall $name=\"tag-pill\" tag=<<tag>>/>\n</$checkbox>\n</div>\n</$list>\n</p>\n<p>\n<$macrocall $name=\"tag-picker\" actions=<<tag-picker-actions>>/>\n</p>\n"
},
"$:/Manager/ItemSidebar/Tools": {
"title": "$:/Manager/ItemSidebar/Tools",
"tags": "$:/tags/Manager/ItemSidebar",
"caption": "{{$:/language/Manager/Item/Tools}}",
"text": "<p>\n<$button to=<<currentTiddler>>>{{$:/core/images/link}} open</$button>\n</p>\n<p>\n<$button message=\"tm-edit-tiddler\" param=<<currentTiddler>>>{{$:/core/images/edit-button}} edit</$button>\n</p>\n"
},
"$:/Manager": {
"title": "$:/Manager",
"icon": "$:/core/images/list",
"color": "#bbb",
"text": "\\define lingo-base() $:/language/Manager/\n\n\\define list-item-content-item()\n<div class=\"tc-manager-list-item-content-item\">\n\t<$vars state-title=\"\"\"$:/state/popup/manager/item/$(listItem)$\"\"\">\n\t\t<$reveal state=<<state-title>> type=\"match\" text=\"show\" default=\"show\" tag=\"div\">\n\t\t\t<$button set=<<state-title>> setTo=\"hide\" class=\"tc-btn-invisible tc-manager-list-item-content-item-heading\">\n\t\t\t\t{{$:/core/images/down-arrow}} <$transclude tiddler=<<listItem>> field=\"caption\"/>\n\t\t\t</$button>\n\t\t</$reveal>\n\t\t<$reveal state=<<state-title>> type=\"nomatch\" text=\"show\" default=\"show\" tag=\"div\">\n\t\t\t<$button set=<<state-title>> setTo=\"show\" class=\"tc-btn-invisible tc-manager-list-item-content-item-heading\">\n\t\t\t\t{{$:/core/images/right-arrow}} <$transclude tiddler=<<listItem>> field=\"caption\"/>\n\t\t\t</$button>\n\t\t</$reveal>\n\t\t<$reveal state=<<state-title>> type=\"match\" text=\"show\" default=\"show\" tag=\"div\" class=\"tc-manager-list-item-content-item-body\">\n\t\t\t<$transclude tiddler=<<listItem>>/>\n\t\t</$reveal>\n\t</$vars>\n</div>\n\\end\n\n<div class=\"tc-manager-wrapper\">\n\t<div class=\"tc-manager-controls\">\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/Show/Prompt>> <$select tiddler=\"$:/config/Manager/Show\" default=\"tiddlers\">\n\t\t\t\t<option value=\"tiddlers\"><<lingo Controls/Show/Option/Tiddlers>></option>\n\t\t\t\t<option value=\"tags\"><<lingo Controls/Show/Option/Tags>></option>\n\t\t\t</$select>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/Search/Prompt>> <$edit-text tiddler=\"$:/config/Manager/Filter\" tag=\"input\" default=\"\" placeholder={{$:/language/Manager/Controls/Search/Placeholder}}/>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/FilterByTag/Prompt>> <$select tiddler=\"$:/config/Manager/Tag\" default=\"\">\n\t\t\t\t<option value=\"\"><<lingo Controls/FilterByTag/None>></option>\n\t\t\t\t<$list filter=\"[!is{$:/config/Manager/System}tags[]!is[system]sort[title]]\" variable=\"tag\">\n\t\t\t\t\t<option value=<<tag>>><$text text=<<tag>>/></option>\n\t\t\t\t</$list>\n\t\t\t</$select>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/Sort/Prompt>> <$select tiddler=\"$:/config/Manager/Sort\" default=\"title\">\n\t\t\t\t<optgroup label=\"Common\">\n\t\t\t\t\t<$list filter=\"title modified modifier created creator created\" variable=\"field\">\n\t\t\t\t\t\t<option value=<<field>>><$text text=<<field>>/></option>\n\t\t\t\t\t</$list>\n\t\t\t\t</optgroup>\n\t\t\t\t<optgroup label=\"All\">\n\t\t\t\t\t<$list filter=\"[all{$:/config/Manager/Show}!is{$:/config/Manager/System}fields[]sort[title]] -title -modified -modifier -created -creator -created\" variable=\"field\">\n\t\t\t\t\t\t<option value=<<field>>><$text text=<<field>>/></option>\n\t\t\t\t\t</$list>\n\t\t\t\t</optgroup>\n\t\t\t</$select>\n\t\t\t<$checkbox tiddler=\"$:/config/Manager/Order\" field=\"text\" checked=\"reverse\" unchecked=\"forward\" default=\"forward\">\n\t\t\t\t<<lingo Controls/Order/Prompt>>\n\t\t\t</$checkbox>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<$checkbox tiddler=\"$:/config/Manager/System\" field=\"text\" checked=\"\" unchecked=\"system\" default=\"system\">\n\t\t\t\t{{$:/language/SystemTiddlers/Include/Prompt}}\n\t\t\t</$checkbox>\n\t\t</div>\n\t</div>\n\t<div class=\"tc-manager-list\">\n\t\t<$list filter=\"[all{$:/config/Manager/Show}!is{$:/config/Manager/System}search{$:/config/Manager/Filter}tag:strict{$:/config/Manager/Tag}sort{$:/config/Manager/Sort}order{$:/config/Manager/Order}]\">\n\t\t\t<$vars transclusion=<<currentTiddler>>>\n\t\t\t\t<div style=\"tc-manager-list-item\">\n\t\t\t\t\t<$button popup=<<qualify \"$:/state/manager/popup\">> class=\"tc-btn-invisible tc-manager-list-item-heading\" selectedClass=\"tc-manager-list-item-heading-selected\">\n\t\t\t\t\t\t<$text text=<<currentTiddler>>/>\n\t\t\t\t\t</$button>\n\t\t\t\t\t<$reveal state=<<qualify \"$:/state/manager/popup\">> type=\"nomatch\" text=\"\" default=\"\" tag=\"div\" class=\"tc-manager-list-item-content tc-popup-handle\">\n\t\t\t\t\t\t<div class=\"tc-manager-list-item-content-tiddler\">\n\t\t\t\t\t\t\t<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Manager/ItemMain]!has[draft.of]]\" variable=\"listItem\">\n\t\t\t\t\t\t\t\t<<list-item-content-item>>\n\t\t\t\t\t\t\t</$list>\n\t\t\t\t\t\t</div>\n\t\t\t\t\t\t<div class=\"tc-manager-list-item-content-sidebar\">\n\t\t\t\t\t\t\t<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Manager/ItemSidebar]!has[draft.of]]\" variable=\"listItem\">\n\t\t\t\t\t\t\t\t<<list-item-content-item>>\n\t\t\t\t\t\t\t</$list>\n\t\t\t\t\t\t</div>\n\t\t\t\t\t</$reveal>\n\t\t\t\t</div>\n\t\t\t</$vars>\n\t\t</$list>\n\t</div>\n</div>\n"
},
"$:/core/ui/MissingTemplate": {
"title": "$:/core/ui/MissingTemplate",
"text": "<div class=\"tc-tiddler-missing\">\n<$button popup=<<qualify \"$:/state/popup/missing\">> class=\"tc-btn-invisible tc-missing-tiddler-label\">\n<$view field=\"title\" format=\"text\" />\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/missing\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<hr>\n<$list filter=\"[all[current]backlinks[]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n</div>\n"
},
"$:/core/ui/MoreSideBar/All": {
"title": "$:/core/ui/MoreSideBar/All",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/All/Caption}}",
"text": "<$list filter={{$:/core/Filters/AllTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Drafts": {
"title": "$:/core/ui/MoreSideBar/Drafts",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Drafts/Caption}}",
"text": "<$list filter={{$:/core/Filters/Drafts!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Missing": {
"title": "$:/core/ui/MoreSideBar/Missing",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Missing/Caption}}",
"text": "<$list filter={{$:/core/Filters/Missing!!filter}} template=\"$:/core/ui/MissingTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Orphans": {
"title": "$:/core/ui/MoreSideBar/Orphans",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Orphans/Caption}}",
"text": "<$list filter={{$:/core/Filters/Orphans!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Plugins": {
"title": "$:/core/ui/MoreSideBar/Plugins",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/ControlPanel/Plugins/Caption}}",
"text": "\n{{$:/language/ControlPanel/Plugins/Installed/Hint}}\n\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar/Plugins]!has[draft.of]]\" \"$:/core/ui/MoreSideBar/Plugins/Plugins\">>\n"
},
"$:/core/ui/MoreSideBar/Recent": {
"title": "$:/core/ui/MoreSideBar/Recent",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Recent/Caption}}",
"text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
},
"$:/core/ui/MoreSideBar/Shadows": {
"title": "$:/core/ui/MoreSideBar/Shadows",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Shadows/Caption}}",
"text": "<$list filter={{$:/core/Filters/ShadowTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/System": {
"title": "$:/core/ui/MoreSideBar/System",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/System/Caption}}",
"text": "<$list filter={{$:/core/Filters/SystemTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Tags": {
"title": "$:/core/ui/MoreSideBar/Tags",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Tags/Caption}}",
"text": "<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n{{$:/core/ui/Buttons/tag-manager}}\n\n</$set>\n\n</$set>\n\n</$set>\n\n<$list filter={{$:/core/Filters/AllTags!!filter}}>\n\n<$transclude tiddler=\"$:/core/ui/TagTemplate\"/>\n\n</$list>\n\n<hr class=\"tc-untagged-separator\">\n\n{{$:/core/ui/UntaggedTemplate}}\n"
},
"$:/core/ui/MoreSideBar/Types": {
"title": "$:/core/ui/MoreSideBar/Types",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Types/Caption}}",
"text": "<$list filter={{$:/core/Filters/TypedTiddlers!!filter}}>\n<div class=\"tc-menu-list-item\">\n<$view field=\"type\"/>\n<$list filter=\"[type{!!type}!is[system]sort[title]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}><$view field=\"title\"/></$link>\n</div>\n</$list>\n</div>\n</$list>\n"
},
"$:/core/ui/MoreSideBar/Plugins/Languages": {
"title": "$:/core/ui/MoreSideBar/Plugins/Languages",
"tags": "$:/tags/MoreSideBar/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}}",
"text": "<$list filter=\"[!has[draft.of]plugin-type[language]sort[description]]\" template=\"$:/core/ui/PluginListItemTemplate\" emptyMessage={{$:/language/ControlPanel/Plugins/Empty/Hint}}/>\n"
},
"$:/core/ui/MoreSideBar/Plugins/Plugins": {
"title": "$:/core/ui/MoreSideBar/Plugins/Plugins",
"tags": "$:/tags/MoreSideBar/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}}",
"text": "<$list filter=\"[!has[draft.of]plugin-type[plugin]sort[description]]\" template=\"$:/core/ui/PluginListItemTemplate\" emptyMessage={{$:/language/ControlPanel/Plugins/Empty/Hint}}>>/>\n"
},
"$:/core/ui/MoreSideBar/Plugins/Theme": {
"title": "$:/core/ui/MoreSideBar/Plugins/Theme",
"tags": "$:/tags/MoreSideBar/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}}",
"text": "<$list filter=\"[!has[draft.of]plugin-type[theme]sort[description]]\" template=\"$:/core/ui/PluginListItemTemplate\" emptyMessage={{$:/language/ControlPanel/Plugins/Empty/Hint}}/>\n"
},
"$:/core/ui/Buttons/advanced-search": {
"title": "$:/core/ui/Buttons/advanced-search",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/advanced-search-button}} {{$:/language/Buttons/AdvancedSearch/Caption}}",
"description": "{{$:/language/Buttons/AdvancedSearch/Hint}}",
"text": "\\define control-panel-button(class)\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/advanced-search-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/AdvancedSearch/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/AdvancedSearch]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/close-all": {
"title": "$:/core/ui/Buttons/close-all",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/close-all-button}} {{$:/language/Buttons/CloseAll/Caption}}",
"description": "{{$:/language/Buttons/CloseAll/Hint}}",
"text": "<$button message=\"tm-close-all-tiddlers\" tooltip={{$:/language/Buttons/CloseAll/Hint}} aria-label={{$:/language/Buttons/CloseAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/CloseAll/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/control-panel": {
"title": "$:/core/ui/Buttons/control-panel",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/options-button}} {{$:/language/Buttons/ControlPanel/Caption}}",
"description": "{{$:/language/Buttons/ControlPanel/Hint}}",
"text": "\\define control-panel-button(class)\n<$button to=\"$:/ControlPanel\" tooltip={{$:/language/Buttons/ControlPanel/Hint}} aria-label={{$:/language/Buttons/ControlPanel/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/options-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/ControlPanel/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/ControlPanel]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/encryption": {
"title": "$:/core/ui/Buttons/encryption",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/locked-padlock}} {{$:/language/Buttons/Encryption/Caption}}",
"description": "{{$:/language/Buttons/Encryption/Hint}}",
"text": "<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-clear-password\" tooltip={{$:/language/Buttons/Encryption/ClearPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/ClearPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/locked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/ClearPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-set-password\" tooltip={{$:/language/Buttons/Encryption/SetPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/SetPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/unlocked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/SetPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>"
},
"$:/core/ui/Buttons/export-page": {
"title": "$:/core/ui/Buttons/export-page",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportPage/Caption}}",
"description": "{{$:/language/Buttons/ExportPage/Hint}}",
"text": "<$macrocall $name=\"exportButton\" exportFilter=\"[!is[system]sort[title]]\" lingoBase=\"$:/language/Buttons/ExportPage/\"/>"
},
"$:/core/ui/Buttons/fold-all": {
"title": "$:/core/ui/Buttons/fold-all",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/fold-all-button}} {{$:/language/Buttons/FoldAll/Caption}}",
"description": "{{$:/language/Buttons/FoldAll/Hint}}",
"text": "<$button tooltip={{$:/language/Buttons/FoldAll/Hint}} aria-label={{$:/language/Buttons/FoldAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-all-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/FoldAll/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/full-screen": {
"title": "$:/core/ui/Buttons/full-screen",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/full-screen-button}} {{$:/language/Buttons/FullScreen/Caption}}",
"description": "{{$:/language/Buttons/FullScreen/Hint}}",
"text": "<$button message=\"tm-full-screen\" tooltip={{$:/language/Buttons/FullScreen/Hint}} aria-label={{$:/language/Buttons/FullScreen/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/full-screen-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/FullScreen/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/home": {
"title": "$:/core/ui/Buttons/home",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/home-button}} {{$:/language/Buttons/Home/Caption}}",
"description": "{{$:/language/Buttons/Home/Hint}}",
"text": "<$button message=\"tm-home\" tooltip={{$:/language/Buttons/Home/Hint}} aria-label={{$:/language/Buttons/Home/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/home-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Home/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/import": {
"title": "$:/core/ui/Buttons/import",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/import-button}} {{$:/language/Buttons/Import/Caption}}",
"description": "{{$:/language/Buttons/Import/Hint}}",
"text": "<div class=\"tc-file-input-wrapper\">\n<$button tooltip={{$:/language/Buttons/Import/Hint}} aria-label={{$:/language/Buttons/Import/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/import-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Import/Caption}}/></span>\n</$list>\n</$button>\n<$browse tooltip={{$:/language/Buttons/Import/Hint}}/>\n</div>"
},
"$:/core/ui/Buttons/language": {
"title": "$:/core/ui/Buttons/language",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/globe}} {{$:/language/Buttons/Language/Caption}}",
"description": "{{$:/language/Buttons/Language/Hint}}",
"text": "\\define flag-title()\n$(languagePluginTitle)$/icon\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/language\">> tooltip={{$:/language/Buttons/Language/Hint}} aria-label={{$:/language/Buttons/Language/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value={{$:/language}}>\n<$image source=<<flag-title>>/>\n</$set>\n</span>\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Language/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/language\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down tc-drop-down-language-chooser\">\n<$linkcatcher to=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[description]]\">\n<$link>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/language\" text=<<currentTiddler>>>\n•\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/language\" text=<<currentTiddler>>>\n \n</$reveal>\n</span>\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value=<<currentTiddler>>>\n<$transclude subtiddler=<<flag-title>>>\n<$list filter=\"[all[current]field:title[$:/languages/en-GB]]\">\n<$transclude tiddler=\"$:/languages/en-GB/icon\"/>\n</$list>\n</$transclude>\n</$set>\n</span>\n<$view field=\"description\">\n<$view field=\"name\">\n<$view field=\"title\"/>\n</$view>\n</$view>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/manager": {
"title": "$:/core/ui/Buttons/manager",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/list}} {{$:/language/Buttons/Manager/Caption}}",
"description": "{{$:/language/Buttons/Manager/Hint}}",
"text": "\\define manager-button(class)\n<$button to=\"$:/Manager\" tooltip={{$:/language/Buttons/Manager/Hint}} aria-label={{$:/language/Buttons/Manager/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/list}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Manager/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/Manager]]\" emptyMessage=<<manager-button>>>\n<<manager-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/more-page-actions": {
"title": "$:/core/ui/Buttons/more-page-actions",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"text": "\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/More/Caption}}/></span>\n</$list>\n</$button><$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"below\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]] -[[$:/core/ui/Buttons/more-page-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
},
"$:/core/ui/Buttons/new-image": {
"title": "$:/core/ui/Buttons/new-image",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-image-button}} {{$:/language/Buttons/NewImage/Caption}}",
"description": "{{$:/language/Buttons/NewImage/Hint}}",
"text": "<$button tooltip={{$:/language/Buttons/NewImage/Hint}} aria-label={{$:/language/Buttons/NewImage/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" type=\"image/jpeg\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-image-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewImage/Caption}}/></span>\n</$list>\n</$button>\n"
},
"$:/core/ui/Buttons/new-journal": {
"title": "$:/core/ui/Buttons/new-journal",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournal/Caption}}",
"description": "{{$:/language/Buttons/NewJournal/Hint}}",
"text": "\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournal/Hint}} aria-label={{$:/language/Buttons/NewJournal/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<now \"$(journalTitleTemplate)$\">> tags=\"$(journalTags)$\" text=\"$(journalText)$\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewJournal/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<$set name=\"journalTitleTemplate\" value={{$:/config/NewJournal/Title}}>\n<$set name=\"journalTags\" value={{$:/config/NewJournal/Tags}}>\n<$set name=\"journalText\" value={{$:/config/NewJournal/Text}}>\n<<journalButton>>\n</$set></$set></$set>"
},
"$:/core/ui/Buttons/new-tiddler": {
"title": "$:/core/ui/Buttons/new-tiddler",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-button}} {{$:/language/Buttons/NewTiddler/Caption}}",
"description": "{{$:/language/Buttons/NewTiddler/Hint}}",
"text": "<$button message=\"tm-new-tiddler\" tooltip={{$:/language/Buttons/NewTiddler/Hint}} aria-label={{$:/language/Buttons/NewTiddler/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewTiddler/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/palette": {
"title": "$:/core/ui/Buttons/palette",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/palette}} {{$:/language/Buttons/Palette/Caption}}",
"description": "{{$:/language/Buttons/Palette/Hint}}",
"text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/palette\">> tooltip={{$:/language/Buttons/Palette/Hint}} aria-label={{$:/language/Buttons/Palette/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/palette}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Palette/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/palette\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\" style=\"font-size:0.7em;\">\n{{$:/snippets/paletteswitcher}}\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/print": {
"title": "$:/core/ui/Buttons/print",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/print-button}} {{$:/language/Buttons/Print/Caption}}",
"description": "{{$:/language/Buttons/Print/Hint}}",
"text": "<$button message=\"tm-print\" tooltip={{$:/language/Buttons/Print/Hint}} aria-label={{$:/language/Buttons/Print/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/print-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Print/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/refresh": {
"title": "$:/core/ui/Buttons/refresh",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/refresh-button}} {{$:/language/Buttons/Refresh/Caption}}",
"description": "{{$:/language/Buttons/Refresh/Hint}}",
"text": "<$button message=\"tm-browser-refresh\" tooltip={{$:/language/Buttons/Refresh/Hint}} aria-label={{$:/language/Buttons/Refresh/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/refresh-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Refresh/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/save-wiki": {
"title": "$:/core/ui/Buttons/save-wiki",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/save-button}} {{$:/language/Buttons/SaveWiki/Caption}}",
"description": "{{$:/language/Buttons/SaveWiki/Hint}}",
"text": "<$button message=\"tm-save-wiki\" param={{$:/config/SaveWikiButton/Template}} tooltip={{$:/language/Buttons/SaveWiki/Hint}} aria-label={{$:/language/Buttons/SaveWiki/Caption}} class=<<tv-config-toolbar-class>>>\n<span class=\"tc-dirty-indicator\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/save-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/SaveWiki/Caption}}/></span>\n</$list>\n</span>\n</$button>"
},
"$:/core/ui/Buttons/storyview": {
"title": "$:/core/ui/Buttons/storyview",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/storyview-classic}} {{$:/language/Buttons/StoryView/Caption}}",
"description": "{{$:/language/Buttons/StoryView/Hint}}",
"text": "\\define icon()\n$:/core/images/storyview-$(storyview)$\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/storyview\">> tooltip={{$:/language/Buttons/StoryView/Hint}} aria-label={{$:/language/Buttons/StoryView/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n<$set name=\"storyview\" value={{$:/view}}>\n<$transclude tiddler=<<icon>>/>\n</$set>\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/StoryView/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/storyview\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/view\">\n<$list filter=\"[storyviews[]]\" variable=\"storyview\">\n<$link to=<<storyview>>>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/view\" text=<<storyview>>>\n•\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/view\" text=<<storyview>>>\n \n</$reveal>\n</span>\n<$transclude tiddler=<<icon>>/>\n<$text text=<<storyview>>/></$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/tag-manager": {
"title": "$:/core/ui/Buttons/tag-manager",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/tag-button}} {{$:/language/Buttons/TagManager/Caption}}",
"description": "{{$:/language/Buttons/TagManager/Hint}}",
"text": "\\define control-panel-button(class)\n<$button to=\"$:/TagManager\" tooltip={{$:/language/Buttons/TagManager/Hint}} aria-label={{$:/language/Buttons/TagManager/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/tag-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/TagManager/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/TagManager]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/theme": {
"title": "$:/core/ui/Buttons/theme",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/theme-button}} {{$:/language/Buttons/Theme/Caption}}",
"description": "{{$:/language/Buttons/Theme/Hint}}",
"text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/theme\">> tooltip={{$:/language/Buttons/Theme/Hint}} aria-label={{$:/language/Buttons/Theme/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/theme-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Theme/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/theme\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\" variable=\"themeTitle\">\n<$link to=<<themeTitle>>>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/theme\" text=<<themeTitle>>>\n•\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/theme\" text=<<themeTitle>>>\n \n</$reveal>\n</span>\n<$view tiddler=<<themeTitle>> field=\"name\"/>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/timestamp": {
"title": "$:/core/ui/Buttons/timestamp",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/timestamp-on}} {{$:/language/Buttons/Timestamp/Caption}}",
"description": "{{$:/language/Buttons/Timestamp/Hint}}",
"text": "<$reveal type=\"nomatch\" state=\"$:/config/TimestampDisable\" text=\"yes\">\n<$button tooltip={{$:/language/Buttons/Timestamp/On/Hint}} aria-label={{$:/language/Buttons/Timestamp/On/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-setfield $tiddler=\"$:/config/TimestampDisable\" $value=\"yes\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/timestamp-on}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Timestamp/On/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=\"$:/config/TimestampDisable\" text=\"yes\">\n<$button tooltip={{$:/language/Buttons/Timestamp/Off/Hint}} aria-label={{$:/language/Buttons/Timestamp/Off/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-setfield $tiddler=\"$:/config/TimestampDisable\" $value=\"no\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/timestamp-off}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Timestamp/Off/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>"
},
"$:/core/ui/Buttons/unfold-all": {
"title": "$:/core/ui/Buttons/unfold-all",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/unfold-all-button}} {{$:/language/Buttons/UnfoldAll/Caption}}",
"description": "{{$:/language/Buttons/UnfoldAll/Hint}}",
"text": "<$button tooltip={{$:/language/Buttons/UnfoldAll/Hint}} aria-label={{$:/language/Buttons/UnfoldAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-unfold-all-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/unfold-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/UnfoldAll/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/PageTemplate/pagecontrols": {
"title": "$:/core/ui/PageTemplate/pagecontrols",
"text": "\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-page-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n<$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\">\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n</$reveal>\n</$list>\n</div>\n\n"
},
"$:/core/ui/PageStylesheet": {
"title": "$:/core/ui/PageStylesheet",
"text": "<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Stylesheet]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\n</$set>\n\n</$set>\n\n</$importvariables>\n"
},
"$:/core/ui/PageTemplate/alerts": {
"title": "$:/core/ui/PageTemplate/alerts",
"tags": "$:/tags/PageTemplate",
"text": "<div class=\"tc-alerts\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Alert]!has[draft.of]]\" template=\"$:/core/ui/AlertTemplate\" storyview=\"pop\"/>\n\n</div>\n"
},
"$:/core/ui/PageTemplate/pluginreloadwarning": {
"title": "$:/core/ui/PageTemplate/pluginreloadwarning",
"tags": "$:/tags/PageTemplate",
"text": "\\define lingo-base() $:/language/\n\n<$list filter=\"[has[plugin-type]haschanged[]!plugin-type[import]limit[1]]\">\n\n<$reveal type=\"nomatch\" state=\"$:/temp/HidePluginWarning\" text=\"yes\">\n\n<div class=\"tc-plugin-reload-warning\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<<lingo PluginReloadWarning>> <$button set=\"$:/temp/HidePluginWarning\" setTo=\"yes\" class=\"tc-btn-invisible\">{{$:/core/images/close-button}}</$button>\n\n</$set>\n\n</div>\n\n</$reveal>\n\n</$list>\n"
},
"$:/core/ui/PageTemplate/sidebar": {
"title": "$:/core/ui/PageTemplate/sidebar",
"tags": "$:/tags/PageTemplate",
"text": "<$scrollable fallthrough=\"no\" class=\"tc-sidebar-scrollable\">\n\n<div class=\"tc-sidebar-header\">\n\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\" retain=\"yes\" animate=\"yes\">\n\n<h1 class=\"tc-site-title\">\n\n<$transclude tiddler=\"$:/SiteTitle\" mode=\"inline\"/>\n\n</h1>\n\n<div class=\"tc-site-subtitle\">\n\n<$transclude tiddler=\"$:/SiteSubtitle\" mode=\"inline\"/>\n\n</div>\n\n{{||$:/core/ui/PageTemplate/pagecontrols}}\n\n<$transclude tiddler=\"$:/core/ui/SideBarLists\" mode=\"inline\"/>\n\n</$reveal>\n\n</div>\n\n</$scrollable>"
},
"$:/core/ui/PageTemplate/story": {
"title": "$:/core/ui/PageTemplate/story",
"tags": "$:/tags/PageTemplate",
"text": "<section class=\"tc-story-river\">\n\n<section class=\"story-backdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/AboveStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" template=\"$:/core/ui/ViewTemplate\" editTemplate=\"$:/core/ui/EditTemplate\" storyview={{$:/view}} emptyMessage={{$:/config/EmptyStoryMessage}}/>\n\n<section class=\"story-frontdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/BelowStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n</section>\n"
},
"$:/core/ui/PageTemplate/topleftbar": {
"title": "$:/core/ui/PageTemplate/topleftbar",
"tags": "$:/tags/PageTemplate",
"text": "<span class=\"tc-topbar tc-topbar-left\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopLeftBar]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
},
"$:/core/ui/PageTemplate/toprightbar": {
"title": "$:/core/ui/PageTemplate/toprightbar",
"tags": "$:/tags/PageTemplate",
"text": "<span class=\"tc-topbar tc-topbar-right\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopRightBar]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
},
"$:/core/ui/PageTemplate": {
"title": "$:/core/ui/PageTemplate",
"text": "\\define containerClasses()\ntc-page-container tc-page-view-$(themeTitle)$ tc-language-$(languageTitle)$\n\\end\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$set name=\"tv-config-toolbar-icons\" value={{$:/config/Toolbar/Icons}}>\n\n<$set name=\"tv-config-toolbar-text\" value={{$:/config/Toolbar/Text}}>\n\n<$set name=\"tv-config-toolbar-class\" value={{$:/config/Toolbar/ButtonClass}}>\n\n<$set name=\"themeTitle\" value={{$:/view}}>\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$set name=\"currentTiddler\" value=\"\">\n\n<div class=<<containerClasses>>>\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}} relinkOnRename={{$:/config/RelinkOnRename}}>\n\n<$dropzone>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageTemplate]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n\n</$dropzone>\n\n</$navigator>\n\n</div>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$importvariables>\n"
},
"$:/core/ui/PluginInfo": {
"title": "$:/core/ui/PluginInfo",
"text": "\\define localised-info-tiddler-title()\n$(currentTiddler)$/$(languageTitle)$/$(currentTab)$\n\\end\n\\define info-tiddler-title()\n$(currentTiddler)$/$(currentTab)$\n\\end\n\\define default-tiddler-title()\n$:/core/ui/PluginInfo/Default/$(currentTab)$\n\\end\n<$transclude tiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<default-tiddler-title>> mode=\"block\">\n{{$:/language/ControlPanel/Plugin/NoInfoFound/Hint}}\n</$transclude>\n</$transclude>\n</$transclude>\n</$transclude>\n"
},
"$:/core/ui/PluginInfo/Default/contents": {
"title": "$:/core/ui/PluginInfo/Default/contents",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/PluginInfo/\n<<lingo Hint>>\n<ul>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" emptyMessage=<<lingo Empty/Hint>>>\n<li>\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</li>\n</$list>\n</ul>\n"
},
"$:/core/ui/PluginListItemTemplate": {
"title": "$:/core/ui/PluginListItemTemplate",
"text": "<div class=\"tc-menu-list-item\">\n<$link to={{!!title}}>\n<$view field=\"description\">\n<$view field=\"title\"/>\n</$view>\n</$link>\n</div>"
},
"$:/core/ui/SearchResults": {
"title": "$:/core/ui/SearchResults",
"text": "<div class=\"tc-search-results\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\"\"\">\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n\n</$list>\n\n</div>\n"
},
"$:/core/ui/SideBar/More": {
"title": "$:/core/ui/SideBar/More",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/More/Caption}}",
"text": "<div class=\"tc-more-sidebar\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar]!has[draft.of]]\" \"$:/core/ui/MoreSideBar/Tags\" \"$:/state/tab/moresidebar\" \"tc-vertical\">>\n</div>\n"
},
"$:/core/ui/SideBar/Open": {
"title": "$:/core/ui/SideBar/Open",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Open/Caption}}",
"text": "\\define lingo-base() $:/language/CloseAll/\n\n\\define drop-actions()\n<$action-listops $tiddler=\"$:/StoryList\" $subfilter=\"+[insertbefore:currentTiddler<actionTiddler>]\"/>\n\\end\n\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" storyview=\"pop\">\n<div style=\"position: relative;\">\n<$droppable actions=<<drop-actions>>>\n<div class=\"tc-droppable-placeholder\">\n \n</div>\n<div>\n<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=\"tc-btn-invisible tc-btn-mini\">×</$button> <$link to={{!!title}}><$view field=\"title\"/></$link>\n</div>\n</$droppable>\n</div>\n</$list>\n<$tiddler tiddler=\"\">\n<$droppable actions=<<drop-actions>>>\n<div class=\"tc-droppable-placeholder\">\n \n</div>\n<$button message=\"tm-close-all-tiddlers\" class=\"tc-btn-invisible tc-btn-mini\"><<lingo Button>></$button>\n</$droppable>\n</$tiddler>\n"
},
"$:/core/ui/SideBar/Recent": {
"title": "$:/core/ui/SideBar/Recent",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Recent/Caption}}",
"text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
},
"$:/core/ui/SideBar/Tools": {
"title": "$:/core/ui/SideBar/Tools",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Tools/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n\n<<lingo Basics/Version/Prompt>> <<version>>\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n\n<div style=\"position:relative;\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</div>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/SideBarLists": {
"title": "$:/core/ui/SideBarLists",
"text": "<div class=\"tc-sidebar-lists\">\n\n<$set name=\"searchTiddler\" value=\"$:/temp/search\">\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/search\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}} focusPopup=<<qualify \"$:/state/popup/search-dropdown\">> class=\"tc-popup-handle\"/>\n<$reveal state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n<$button tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" text={{$:/temp/search}}/>\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n{{$:/core/images/advanced-search-button}}\n</$button>\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\" />\n{{$:/core/images/close-button}}\n</$button>\n<$button popup=<<qualify \"$:/state/popup/search-dropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n<$list filter=\"[{$:/temp/search}minlength{$:/config/Search/MinLength}limit[1]]\" variable=\"listItem\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[!is[system]search{$(searchTiddler)$}]\"/>\"\"\">\n{{$:/language/Search/Matches}}\n</$set>\n</$list>\n</$button>\n</$reveal>\n<$reveal state=\"$:/temp/search\" type=\"match\" text=\"\">\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n{{$:/core/images/advanced-search-button}}\n</$button>\n</$reveal>\n</div>\n\n<$reveal tag=\"div\" class=\"tc-block-dropdown-wrapper\" state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n\n<$reveal tag=\"div\" class=\"tc-block-dropdown tc-search-drop-down tc-popup-handle\" state=<<qualify \"$:/state/popup/search-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n\n<$list filter=\"[{$:/temp/search}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n\n{{$:/core/ui/SearchResults}}\n\n</$list>\n\n</$reveal>\n\n</$reveal>\n\n</$set>\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\" default={{$:/config/DefaultSidebarTab}} state=\"$:/state/tab/sidebar\" />\n\n</div>\n"
},
"$:/TagManager": {
"title": "$:/TagManager",
"icon": "$:/core/images/tag-button",
"color": "#bbb",
"caption": "{{$:/language/TagManager/Caption}}",
"text": "\\define lingo-base() $:/language/TagManager/\n\\define iconEditorTab(type)\n<$list filter=\"[all[shadows+tiddlers]is[image]] [all[shadows+tiddlers]tag[$:/tags/Image]] -[type[application/pdf]] +[sort[title]] +[$type$is[system]]\">\n<$link to={{!!title}}>\n<$transclude/> <$view field=\"title\"/>\n</$link>\n</$list>\n\\end\n\\define iconEditor(title)\n<div class=\"tc-drop-down-wrapper\">\n<$button popup=<<qualify \"$:/state/popup/icon/$title$\">> class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/icon/$title$\">> type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$title$!!icon\">\n<<iconEditorTab type:\"!\">>\n<hr/>\n<<iconEditorTab type:\"\">>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>\n\\end\n\\define qualifyTitle(title)\n$title$$(currentTiddler)$\n\\end\n\\define toggleButton(state)\n<$reveal state=\"$state$\" type=\"match\" text=\"closed\" default=\"closed\">\n<$button set=\"$state$\" setTo=\"open\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n<$reveal state=\"$state$\" type=\"match\" text=\"open\" default=\"closed\">\n<$button set=\"$state$\" setTo=\"closed\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n\\end\n<table class=\"tc-tag-manager-table\">\n<tbody>\n<tr>\n<th><<lingo Colour/Heading>></th>\n<th class=\"tc-tag-manager-tag\"><<lingo Tag/Heading>></th>\n<th><<lingo Count/Heading>></th>\n<th><<lingo Icon/Heading>></th>\n<th><<lingo Info/Heading>></th>\n</tr>\n<$list filter=\"[tags[]!is[system]sort[title]]\">\n<tr>\n<td><$edit-text field=\"color\" tag=\"input\" type=\"color\"/></td>\n<td><$macrocall $name=\"tag\" tag=<<currentTiddler>>/></td>\n<td><$count filter=\"[all[current]tagging[]]\"/></td>\n<td>\n<$macrocall $name=\"iconEditor\" title={{!!title}}/>\n</td>\n<td>\n<$macrocall $name=\"toggleButton\" state=<<qualifyTitle \"$:/state/tag-manager/\">> /> \n</td>\n</tr>\n<tr>\n<td></td>\n<td colspan=\"4\">\n<$reveal state=<<qualifyTitle \"$:/state/tag-manager/\">> type=\"match\" text=\"open\" default=\"\">\n<table>\n<tbody>\n<tr><td><<lingo Colour/Heading>></td><td><$edit-text field=\"color\" tag=\"input\" type=\"text\" size=\"9\"/></td></tr>\n<tr><td><<lingo Icon/Heading>></td><td><$edit-text field=\"icon\" tag=\"input\" size=\"45\"/></td></tr>\n</tbody>\n</table>\n</$reveal>\n</td>\n</tr>\n</$list>\n<tr>\n<td></td>\n<td>\n{{$:/core/ui/UntaggedTemplate}}\n</td>\n<td>\n<small class=\"tc-menu-list-count\"><$count filter=\"[untagged[]!is[system]] -[tags[]]\"/></small>\n</td>\n<td></td>\n<td></td>\n</tr>\n</tbody>\n</table>\n"
},
"$:/core/ui/TagTemplate": {
"title": "$:/core/ui/TagTemplate",
"text": "<span class=\"tc-tag-list-item\">\n<$set name=\"transclusion\" value=<<currentTiddler>>>\n<$macrocall $name=\"tag-pill-body\" tag=<<currentTiddler>> icon={{!!icon}} colour={{!!color}} palette={{$:/palette}} element-tag=\"\"\"$button\"\"\" element-attributes=\"\"\"popup=<<qualify \"$:/state/popup/tag\">> dragFilter='[all[current]tagging[]]' tag='span'\"\"\"/>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\" animate=\"yes\" class=\"tc-drop-down\">\n<$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TagDropdown]!has[draft.of]]\" variable=\"listItem\"> \n<$transclude tiddler=<<listItem>>/> \n</$list>\n<hr>\n<$macrocall $name=\"list-tagged-draggable\" tag=<<currentTiddler>>/>\n</$reveal>\n</$set>\n</span>\n"
},
"$:/core/ui/TiddlerFieldTemplate": {
"title": "$:/core/ui/TiddlerFieldTemplate",
"text": "<tr class=\"tc-view-field\">\n<td class=\"tc-view-field-name\">\n<$text text=<<listItem>>/>\n</td>\n<td class=\"tc-view-field-value\">\n<$view field=<<listItem>>/>\n</td>\n</tr>"
},
"$:/core/ui/TiddlerFields": {
"title": "$:/core/ui/TiddlerFields",
"text": "<table class=\"tc-view-field-table\">\n<tbody>\n<$list filter=\"[all[current]fields[]sort[title]] -text\" template=\"$:/core/ui/TiddlerFieldTemplate\" variable=\"listItem\"/>\n</tbody>\n</table>\n"
},
"$:/core/ui/TiddlerInfo/Advanced/PluginInfo": {
"title": "$:/core/ui/TiddlerInfo/Advanced/PluginInfo",
"tags": "$:/tags/TiddlerInfo/Advanced",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/PluginInfo/\n<$list filter=\"[all[current]has[plugin-type]]\">\n\n! <<lingo Heading>>\n\n<<lingo Hint>>\n<ul>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" emptyMessage=<<lingo Empty/Hint>>>\n<li>\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</li>\n</$list>\n</ul>\n\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Advanced/ShadowInfo": {
"title": "$:/core/ui/TiddlerInfo/Advanced/ShadowInfo",
"tags": "$:/tags/TiddlerInfo/Advanced",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/ShadowInfo/\n<$set name=\"infoTiddler\" value=<<currentTiddler>>>\n\n''<<lingo Heading>>''\n\n<$list filter=\"[all[current]!is[shadow]]\">\n\n<<lingo NotShadow/Hint>>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]]\">\n\n<<lingo Shadow/Hint>>\n\n<$list filter=\"[all[current]shadowsource[]]\">\n\n<$set name=\"pluginTiddler\" value=<<currentTiddler>>>\n<<lingo Shadow/Source>>\n</$set>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\">\n\n<<lingo OverriddenShadow/Hint>>\n\n</$list>\n\n\n</$list>\n</$set>\n"
},
"$:/core/ui/TiddlerInfo/Advanced": {
"title": "$:/core/ui/TiddlerInfo/Advanced",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Advanced/Caption}}",
"text": "<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo/Advanced]!has[draft.of]]\" variable=\"listItem\">\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Fields": {
"title": "$:/core/ui/TiddlerInfo/Fields",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Fields/Caption}}",
"text": "<$transclude tiddler=\"$:/core/ui/TiddlerFields\"/>\n"
},
"$:/core/ui/TiddlerInfo/List": {
"title": "$:/core/ui/TiddlerInfo/List",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/List/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[list{!!title}]\" emptyMessage=<<lingo List/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/Listed": {
"title": "$:/core/ui/TiddlerInfo/Listed",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Listed/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]listed[]!is[system]]\" emptyMessage=<<lingo Listed/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/References": {
"title": "$:/core/ui/TiddlerInfo/References",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/References/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]backlinks[]sort[title]]\" emptyMessage=<<lingo References/Empty>> template=\"$:/core/ui/ListItemTemplate\">\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Tagging": {
"title": "$:/core/ui/TiddlerInfo/Tagging",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Tagging/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]tagging[]]\" emptyMessage=<<lingo Tagging/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/Tools": {
"title": "$:/core/ui/TiddlerInfo/Tools",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Tools/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/TiddlerInfo": {
"title": "$:/core/ui/TiddlerInfo",
"text": "<div style=\"position:relative;\">\n<div class=\"tc-tiddler-controls\" style=\"position:absolute;right:0;\">\n<$reveal state=\"$:/config/TiddlerInfo/Mode\" type=\"match\" text=\"sticky\">\n<$button set=<<tiddlerInfoState>> setTo=\"\" tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=\"tc-btn-invisible\">\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n</div>\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo]!has[draft.of]]\" default={{$:/config/TiddlerInfo/Default}}/>"
},
"$:/core/ui/TopBar/menu": {
"title": "$:/core/ui/TopBar/menu",
"tags": "$:/tags/TopRightBar",
"text": "<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"no\">\n<$button set=\"$:/state/sidebar\" setTo=\"no\" tooltip={{$:/language/Buttons/HideSideBar/Hint}} aria-label={{$:/language/Buttons/HideSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-right}}</$button>\n</$reveal>\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"no\">\n<$button set=\"$:/state/sidebar\" setTo=\"yes\" tooltip={{$:/language/Buttons/ShowSideBar/Hint}} aria-label={{$:/language/Buttons/ShowSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-left}}</$button>\n</$reveal>\n"
},
"$:/core/ui/UntaggedTemplate": {
"title": "$:/core/ui/UntaggedTemplate",
"text": "\\define lingo-base() $:/language/SideBar/\n<$button popup=<<qualify \"$:/state/popup/tag\">> class=\"tc-btn-invisible tc-untagged-label tc-tag-label\">\n<<lingo Tags/Untagged/Caption>>\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[untagged[]!is[system]] -[tags[]] +[sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate/body": {
"title": "$:/core/ui/ViewTemplate/body",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal tag=\"div\" class=\"tc-tiddler-body\" type=\"nomatch\" state=<<folded-state>> text=\"hide\" retain=\"yes\" animate=\"yes\">\n\n<$list filter=\"[all[current]!has[plugin-type]!field:hide-body[yes]]\">\n\n<$transclude>\n\n<$transclude tiddler=\"$:/language/MissingTiddler/Hint\"/>\n\n</$transclude>\n\n</$list>\n\n</$reveal>"
},
"$:/core/ui/ViewTemplate/classic": {
"title": "$:/core/ui/ViewTemplate/classic",
"tags": "$:/tags/ViewTemplate $:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/ClassicWarning/\n<$list filter=\"[all[current]type[text/x-tiddlywiki]]\">\n<div class=\"tc-message-box\">\n\n<<lingo Hint>>\n\n<$button set=\"!!type\" setTo=\"text/vnd.tiddlywiki\"><<lingo Upgrade/Caption>></$button>\n\n</div>\n</$list>\n"
},
"$:/core/ui/ViewTemplate/import": {
"title": "$:/core/ui/ViewTemplate/import",
"tags": "$:/tags/ViewTemplate",
"text": "\\define lingo-base() $:/language/Import/\n\n<$list filter=\"[all[current]field:plugin-type[import]]\">\n\n<div class=\"tc-import\">\n\n<<lingo Listing/Hint>>\n\n<$button message=\"tm-delete-tiddler\" param=<<currentTiddler>>><<lingo Listing/Cancel/Caption>></$button>\n<$button message=\"tm-perform-import\" param=<<currentTiddler>>><<lingo Listing/Import/Caption>></$button>\n\n{{||$:/core/ui/ImportListing}}\n\n<$button message=\"tm-delete-tiddler\" param=<<currentTiddler>>><<lingo Listing/Cancel/Caption>></$button>\n<$button message=\"tm-perform-import\" param=<<currentTiddler>>><<lingo Listing/Import/Caption>></$button>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/ViewTemplate/plugin": {
"title": "$:/core/ui/ViewTemplate/plugin",
"tags": "$:/tags/ViewTemplate",
"text": "<$list filter=\"[all[current]has[plugin-type]] -[all[current]field:plugin-type[import]]\">\n<$set name=\"plugin-type\" value={{!!plugin-type}}>\n<$set name=\"default-popup-state\" value=\"yes\">\n<$set name=\"qualified-state\" value=<<qualify \"$:/state/plugin-info\">>>\n{{||$:/core/ui/Components/plugin-info}}\n</$set>\n</$set>\n</$set>\n</$list>\n"
},
"$:/core/ui/ViewTemplate/subtitle": {
"title": "$:/core/ui/ViewTemplate/subtitle",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal type=\"nomatch\" state=<<folded-state>> text=\"hide\" tag=\"div\" retain=\"yes\" animate=\"yes\">\n<div class=\"tc-subtitle\">\n<$link to={{!!modifier}}>\n<$view field=\"modifier\"/>\n</$link> <$view field=\"modified\" format=\"date\" template={{$:/language/Tiddler/DateFormat}}/>\n</div>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate/tags": {
"title": "$:/core/ui/ViewTemplate/tags",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal type=\"nomatch\" state=<<folded-state>> text=\"hide\" tag=\"div\" retain=\"yes\" animate=\"yes\">\n<div class=\"tc-tags-wrapper\"><$list filter=\"[all[current]tags[]sort[title]]\" template=\"$:/core/ui/TagTemplate\" storyview=\"pop\"/></div>\n</$reveal>"
},
"$:/core/ui/ViewTemplate/title": {
"title": "$:/core/ui/ViewTemplate/title",
"tags": "$:/tags/ViewTemplate",
"text": "\\define title-styles()\nfill:$(foregroundColor)$;\n\\end\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title\">\n<div class=\"tc-titlebar\">\n<span class=\"tc-tiddler-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$transclude tiddler=<<listItem>>/></$reveal></$list>\n</span>\n<$set name=\"tv-wikilinks\" value={{$:/config/Tiddlers/TitleLinks}}>\n<$link>\n<$set name=\"foregroundColor\" value={{!!color}}>\n<span class=\"tc-tiddler-title-icon\" style=<<title-styles>>>\n<$transclude tiddler={{!!icon}}/>\n</span>\n</$set>\n<$list filter=\"[all[current]removeprefix[$:/]]\">\n<h2 class=\"tc-title\" title={{$:/language/SystemTiddler/Tooltip}}>\n<span class=\"tc-system-title-prefix\">$:/</span><$text text=<<currentTiddler>>/>\n</h2>\n</$list>\n<$list filter=\"[all[current]!prefix[$:/]]\">\n<h2 class=\"tc-title\">\n<$view field=\"title\"/>\n</h2>\n</$list>\n</$link>\n</$set>\n</div>\n\n<$reveal type=\"nomatch\" text=\"\" default=\"\" state=<<tiddlerInfoState>> class=\"tc-tiddler-info tc-popup-handle\" animate=\"yes\" retain=\"yes\">\n\n<$transclude tiddler=\"$:/core/ui/TiddlerInfo\"/>\n\n</$reveal>\n</div>"
},
"$:/core/ui/ViewTemplate/unfold": {
"title": "$:/core/ui/ViewTemplate/unfold",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal tag=\"div\" type=\"nomatch\" state=\"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar\" text=\"hide\">\n<$reveal tag=\"div\" type=\"nomatch\" state=<<folded-state>> text=\"hide\" default=\"show\" retain=\"yes\" animate=\"yes\">\n<$button tooltip={{$:/language/Buttons/Fold/Hint}} aria-label={{$:/language/Buttons/Fold/Caption}} class=\"tc-fold-banner\">\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n{{$:/core/images/chevron-up}}\n</$button>\n</$reveal>\n<$reveal tag=\"div\" type=\"nomatch\" state=<<folded-state>> text=\"show\" default=\"show\" retain=\"yes\" animate=\"yes\">\n<$button tooltip={{$:/language/Buttons/Unfold/Hint}} aria-label={{$:/language/Buttons/Unfold/Caption}} class=\"tc-unfold-banner\">\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n{{$:/core/images/chevron-down}}\n</$button>\n</$reveal>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate": {
"title": "$:/core/ui/ViewTemplate",
"text": "\\define frame-classes()\ntc-tiddler-frame tc-tiddler-view-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$ $(tiddlerTagClasses)$\n\\end\n\\define folded-state()\n$:/state/folded/$(currentTiddler)$\n\\end\n<$set name=\"storyTiddler\" value=<<currentTiddler>>><$set name=\"tiddlerInfoState\" value=<<qualify \"$:/state/popup/tiddler-info\">>><$tiddler tiddler=<<currentTiddler>>><div class=<<frame-classes>>><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewTemplate]!has[draft.of]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>>/></$list>\n</div>\n</$tiddler></$set></$set>\n"
},
"$:/core/ui/Buttons/clone": {
"title": "$:/core/ui/Buttons/clone",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/clone-button}} {{$:/language/Buttons/Clone/Caption}}",
"description": "{{$:/language/Buttons/Clone/Hint}}",
"text": "<$button message=\"tm-new-tiddler\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/Clone/Hint}} aria-label={{$:/language/Buttons/Clone/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/clone-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Clone/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/close-others": {
"title": "$:/core/ui/Buttons/close-others",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/close-others-button}} {{$:/language/Buttons/CloseOthers/Caption}}",
"description": "{{$:/language/Buttons/CloseOthers/Hint}}",
"text": "<$button message=\"tm-close-other-tiddlers\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/CloseOthers/Hint}} aria-label={{$:/language/Buttons/CloseOthers/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-others-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/CloseOthers/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/close": {
"title": "$:/core/ui/Buttons/close",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/close-button}} {{$:/language/Buttons/Close/Caption}}",
"description": "{{$:/language/Buttons/Close/Hint}}",
"text": "<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Close/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/edit": {
"title": "$:/core/ui/Buttons/edit",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/edit-button}} {{$:/language/Buttons/Edit/Caption}}",
"description": "{{$:/language/Buttons/Edit/Hint}}",
"text": "<$button message=\"tm-edit-tiddler\" tooltip={{$:/language/Buttons/Edit/Hint}} aria-label={{$:/language/Buttons/Edit/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/edit-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Edit/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/export-tiddler": {
"title": "$:/core/ui/Buttons/export-tiddler",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportTiddler/Caption}}",
"description": "{{$:/language/Buttons/ExportTiddler/Hint}}",
"text": "\\define makeExportFilter()\n[[$(currentTiddler)$]]\n\\end\n<$macrocall $name=\"exportButton\" exportFilter=<<makeExportFilter>> lingoBase=\"$:/language/Buttons/ExportTiddler/\" baseFilename=<<currentTiddler>>/>"
},
"$:/core/ui/Buttons/fold-bar": {
"title": "$:/core/ui/Buttons/fold-bar",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/chevron-up}} {{$:/language/Buttons/Fold/FoldBar/Caption}}",
"description": "{{$:/language/Buttons/Fold/FoldBar/Hint}}",
"text": "<!-- This dummy toolbar button is here to allow visibility of the fold-bar to be controlled as if it were a toolbar button -->"
},
"$:/core/ui/Buttons/fold-others": {
"title": "$:/core/ui/Buttons/fold-others",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/fold-others-button}} {{$:/language/Buttons/FoldOthers/Caption}}",
"description": "{{$:/language/Buttons/FoldOthers/Hint}}",
"text": "<$button tooltip={{$:/language/Buttons/FoldOthers/Hint}} aria-label={{$:/language/Buttons/FoldOthers/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-other-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-others-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/FoldOthers/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/fold": {
"title": "$:/core/ui/Buttons/fold",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/fold-button}} {{$:/language/Buttons/Fold/Caption}}",
"description": "{{$:/language/Buttons/Fold/Hint}}",
"text": "<$reveal type=\"nomatch\" state=<<folded-state>> text=\"hide\" default=\"show\"><$button tooltip={{$:/language/Buttons/Fold/Hint}} aria-label={{$:/language/Buttons/Fold/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/Fold/Caption}}/>\n</span>\n</$list>\n</$button></$reveal><$reveal type=\"match\" state=<<folded-state>> text=\"hide\" default=\"show\"><$button tooltip={{$:/language/Buttons/Unfold/Hint}} aria-label={{$:/language/Buttons/Unfold/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/unfold-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/Unfold/Caption}}/>\n</span>\n</$list>\n</$button></$reveal>"
},
"$:/core/ui/Buttons/info": {
"title": "$:/core/ui/Buttons/info",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/info-button}} {{$:/language/Buttons/Info/Caption}}",
"description": "{{$:/language/Buttons/Info/Hint}}",
"text": "\\define button-content()\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/info-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Info/Caption}}/></span>\n</$list>\n\\end\n<$reveal state=\"$:/config/TiddlerInfo/Mode\" type=\"match\" text=\"popup\">\n<$button popup=<<tiddlerInfoState>> tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$macrocall $name=\"button-content\" mode=\"inline\"/>\n</$button>\n</$reveal>\n<$reveal state=\"$:/config/TiddlerInfo/Mode\" type=\"match\" text=\"sticky\">\n<$reveal state=<<tiddlerInfoState>> type=\"match\" text=\"\" default=\"\">\n<$button set=<<tiddlerInfoState>> setTo=\"yes\" tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$macrocall $name=\"button-content\" mode=\"inline\"/>\n</$button>\n</$reveal>\n<$reveal state=<<tiddlerInfoState>> type=\"nomatch\" text=\"\" default=\"\">\n<$button set=<<tiddlerInfoState>> setTo=\"\" tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$macrocall $name=\"button-content\" mode=\"inline\"/>\n</$button>\n</$reveal>\n</$reveal>"
},
"$:/core/ui/Buttons/more-tiddler-actions": {
"title": "$:/core/ui/Buttons/more-tiddler-actions",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"text": "\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/More/Caption}}/></span>\n</$list>\n</$button><$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"below\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]] -[[$:/core/ui/Buttons/more-tiddler-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
},
"$:/core/ui/Buttons/new-here": {
"title": "$:/core/ui/Buttons/new-here",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/new-here-button}} {{$:/language/Buttons/NewHere/Caption}}",
"description": "{{$:/language/Buttons/NewHere/Hint}}",
"text": "\\define newHereButtonTags()\n[[$(currentTiddler)$]]\n\\end\n\\define newHereButton()\n<$button tooltip={{$:/language/Buttons/NewHere/Hint}} aria-label={{$:/language/Buttons/NewHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" tags=<<newHereButtonTags>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-here-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewHere/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<<newHereButton>>"
},
"$:/core/ui/Buttons/new-journal-here": {
"title": "$:/core/ui/Buttons/new-journal-here",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournalHere/Caption}}",
"description": "{{$:/language/Buttons/NewJournalHere/Hint}}",
"text": "\\define journalButtonTags()\n[[$(currentTiddlerTag)$]] $(journalTags)$\n\\end\n\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournalHere/Hint}} aria-label={{$:/language/Buttons/NewJournalHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<now \"$(journalTitleTemplate)$\">> tags=<<journalButtonTags>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewJournalHere/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<$set name=\"journalTitleTemplate\" value={{$:/config/NewJournal/Title}}>\n<$set name=\"journalTags\" value={{$:/config/NewJournal/Tags}}>\n<$set name=\"currentTiddlerTag\" value=<<currentTiddler>>>\n<<journalButton>>\n</$set></$set></$set>"
},
"$:/core/ui/Buttons/open-window": {
"title": "$:/core/ui/Buttons/open-window",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/open-window}} {{$:/language/Buttons/OpenWindow/Caption}}",
"description": "{{$:/language/Buttons/OpenWindow/Hint}}",
"text": "<$button message=\"tm-open-window\" tooltip={{$:/language/Buttons/OpenWindow/Hint}} aria-label={{$:/language/Buttons/OpenWindow/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/open-window}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/OpenWindow/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/permalink": {
"title": "$:/core/ui/Buttons/permalink",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/permalink-button}} {{$:/language/Buttons/Permalink/Caption}}",
"description": "{{$:/language/Buttons/Permalink/Hint}}",
"text": "<$button message=\"tm-permalink\" tooltip={{$:/language/Buttons/Permalink/Hint}} aria-label={{$:/language/Buttons/Permalink/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/permalink-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Permalink/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/permaview": {
"title": "$:/core/ui/Buttons/permaview",
"tags": "$:/tags/ViewToolbar $:/tags/PageControls",
"caption": "{{$:/core/images/permaview-button}} {{$:/language/Buttons/Permaview/Caption}}",
"description": "{{$:/language/Buttons/Permaview/Hint}}",
"text": "<$button message=\"tm-permaview\" tooltip={{$:/language/Buttons/Permaview/Hint}} aria-label={{$:/language/Buttons/Permaview/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/permaview-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Permaview/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/DefaultTiddlers": {
"title": "$:/DefaultTiddlers",
"text": "GettingStarted\n"
},
"$:/temp/advancedsearch": {
"title": "$:/temp/advancedsearch",
"text": ""
},
"$:/snippets/allfields": {
"title": "$:/snippets/allfields",
"text": "\\define renderfield(title)\n<tr class=\"tc-view-field\"><td class=\"tc-view-field-name\">''$title$'':</td><td class=\"tc-view-field-value\">//{{$:/language/Docs/Fields/$title$}}//</td></tr>\n\\end\n<table class=\"tc-view-field-table\"><tbody><$list filter=\"[fields[]sort[title]]\" variable=\"listItem\"><$macrocall $name=\"renderfield\" title=<<listItem>>/></$list>\n</tbody></table>\n"
},
"$:/config/AnimationDuration": {
"title": "$:/config/AnimationDuration",
"text": "400"
},
"$:/config/AutoSave": {
"title": "$:/config/AutoSave",
"text": "yes"
},
"$:/config/BitmapEditor/Colour": {
"title": "$:/config/BitmapEditor/Colour",
"text": "#444"
},
"$:/config/BitmapEditor/ImageSizes": {
"title": "$:/config/BitmapEditor/ImageSizes",
"text": "[[62px 100px]] [[100px 62px]] [[124px 200px]] [[200px 124px]] [[248px 400px]] [[371px 600px]] [[400px 248px]] [[556px 900px]] [[600px 371px]] [[742px 1200px]] [[900px 556px]] [[1200px 742px]]"
},
"$:/config/BitmapEditor/LineWidth": {
"title": "$:/config/BitmapEditor/LineWidth",
"text": "3px"
},
"$:/config/BitmapEditor/LineWidths": {
"title": "$:/config/BitmapEditor/LineWidths",
"text": "0.25px 0.5px 1px 2px 3px 4px 6px 8px 10px 16px 20px 28px 40px 56px 80px"
},
"$:/config/BitmapEditor/Opacities": {
"title": "$:/config/BitmapEditor/Opacities",
"text": "0.01 0.025 0.05 0.075 0.1 0.15 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0"
},
"$:/config/BitmapEditor/Opacity": {
"title": "$:/config/BitmapEditor/Opacity",
"text": "1.0"
},
"$:/config/DefaultSidebarTab": {
"title": "$:/config/DefaultSidebarTab",
"text": "$:/core/ui/SideBar/Open"
},
"$:/config/DownloadSaver/AutoSave": {
"title": "$:/config/DownloadSaver/AutoSave",
"text": "no"
},
"$:/config/Drafts/TypingTimeout": {
"title": "$:/config/Drafts/TypingTimeout",
"text": "400"
},
"$:/config/EditTemplateFields/Visibility/title": {
"title": "$:/config/EditTemplateFields/Visibility/title",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/tags": {
"title": "$:/config/EditTemplateFields/Visibility/tags",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/text": {
"title": "$:/config/EditTemplateFields/Visibility/text",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/creator": {
"title": "$:/config/EditTemplateFields/Visibility/creator",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/created": {
"title": "$:/config/EditTemplateFields/Visibility/created",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/modified": {
"title": "$:/config/EditTemplateFields/Visibility/modified",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/modifier": {
"title": "$:/config/EditTemplateFields/Visibility/modifier",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/type": {
"title": "$:/config/EditTemplateFields/Visibility/type",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/draft.title": {
"title": "$:/config/EditTemplateFields/Visibility/draft.title",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/draft.of": {
"title": "$:/config/EditTemplateFields/Visibility/draft.of",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/revision": {
"title": "$:/config/EditTemplateFields/Visibility/revision",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/bag": {
"title": "$:/config/EditTemplateFields/Visibility/bag",
"text": "hide"
},
"$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-4": {
"title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-4",
"text": "hide"
},
"$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-5": {
"title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-5",
"text": "hide"
},
"$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-6": {
"title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-6",
"text": "hide"
},
"$:/config/EditorTypeMappings/image/gif": {
"title": "$:/config/EditorTypeMappings/image/gif",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/jpeg": {
"title": "$:/config/EditorTypeMappings/image/jpeg",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/jpg": {
"title": "$:/config/EditorTypeMappings/image/jpg",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/png": {
"title": "$:/config/EditorTypeMappings/image/png",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/x-icon": {
"title": "$:/config/EditorTypeMappings/image/x-icon",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/text/vnd.tiddlywiki": {
"title": "$:/config/EditorTypeMappings/text/vnd.tiddlywiki",
"text": "text"
},
"$:/config/Manager/Show": {
"title": "$:/config/Manager/Show",
"text": "tiddlers"
},
"$:/config/Manager/Filter": {
"title": "$:/config/Manager/Filter",
"text": ""
},
"$:/config/Manager/Order": {
"title": "$:/config/Manager/Order",
"text": "forward"
},
"$:/config/Manager/Sort": {
"title": "$:/config/Manager/Sort",
"text": "title"
},
"$:/config/Manager/System": {
"title": "$:/config/Manager/System",
"text": "system"
},
"$:/config/Manager/Tag": {
"title": "$:/config/Manager/Tag",
"text": ""
},
"$:/state/popup/manager/item/$:/Manager/ItemMain/RawText": {
"title": "$:/state/popup/manager/item/$:/Manager/ItemMain/RawText",
"text": "hide"
},
"$:/config/MissingLinks": {
"title": "$:/config/MissingLinks",
"text": "yes"
},
"$:/config/Navigation/UpdateAddressBar": {
"title": "$:/config/Navigation/UpdateAddressBar",
"text": "no"
},
"$:/config/Navigation/UpdateHistory": {
"title": "$:/config/Navigation/UpdateHistory",
"text": "no"
},
"$:/config/OfficialPluginLibrary": {
"title": "$:/config/OfficialPluginLibrary",
"tags": "$:/tags/PluginLibrary",
"url": "http://tiddlywiki.com/library/v5.1.14/index.html",
"caption": "{{$:/language/OfficialPluginLibrary}}",
"text": "{{$:/language/OfficialPluginLibrary/Hint}}\n"
},
"$:/config/Navigation/openLinkFromInsideRiver": {
"title": "$:/config/Navigation/openLinkFromInsideRiver",
"text": "below"
},
"$:/config/Navigation/openLinkFromOutsideRiver": {
"title": "$:/config/Navigation/openLinkFromOutsideRiver",
"text": "top"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/fold-all": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/fold-all",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/manager": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/manager",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-image": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-image",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/palette": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/palette",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/print": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/print",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/timestamp": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/timestamp",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/unfold-all": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/unfold-all",
"text": "hide"
},
"$:/config/Performance/Instrumentation": {
"title": "$:/config/Performance/Instrumentation",
"text": "no"
},
"$:/config/SaveWikiButton/Template": {
"title": "$:/config/SaveWikiButton/Template",
"text": "$:/core/save/all"
},
"$:/config/SaverFilter": {
"title": "$:/config/SaverFilter",
"text": "[all[]] -[[$:/HistoryList]] -[[$:/StoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[[$:/UploadName]] -[prefix[$:/state/]] -[prefix[$:/temp/]]"
},
"$:/config/Search/AutoFocus": {
"title": "$:/config/Search/AutoFocus",
"text": "true"
},
"$:/config/Search/MinLength": {
"title": "$:/config/Search/MinLength",
"text": "3"
},
"$:/config/SearchResults/Default": {
"title": "$:/config/SearchResults/Default",
"text": "$:/core/ui/DefaultSearchResultList"
},
"$:/config/ShortcutInfo/bold": {
"title": "$:/config/ShortcutInfo/bold",
"text": "{{$:/language/Buttons/Bold/Hint}}"
},
"$:/config/ShortcutInfo/cancel-edit-tiddler": {
"title": "$:/config/ShortcutInfo/cancel-edit-tiddler",
"text": "{{$:/language/Buttons/Cancel/Hint}}"
},
"$:/config/ShortcutInfo/excise": {
"title": "$:/config/ShortcutInfo/excise",
"text": "{{$:/language/Buttons/Excise/Hint}}"
},
"$:/config/ShortcutInfo/heading-1": {
"title": "$:/config/ShortcutInfo/heading-1",
"text": "{{$:/language/Buttons/Heading1/Hint}}"
},
"$:/config/ShortcutInfo/heading-2": {
"title": "$:/config/ShortcutInfo/heading-2",
"text": "{{$:/language/Buttons/Heading2/Hint}}"
},
"$:/config/ShortcutInfo/heading-3": {
"title": "$:/config/ShortcutInfo/heading-3",
"text": "{{$:/language/Buttons/Heading3/Hint}}"
},
"$:/config/ShortcutInfo/heading-4": {
"title": "$:/config/ShortcutInfo/heading-4",
"text": "{{$:/language/Buttons/Heading4/Hint}}"
},
"$:/config/ShortcutInfo/heading-5": {
"title": "$:/config/ShortcutInfo/heading-5",
"text": "{{$:/language/Buttons/Heading5/Hint}}"
},
"$:/config/ShortcutInfo/heading-6": {
"title": "$:/config/ShortcutInfo/heading-6",
"text": "{{$:/language/Buttons/Heading6/Hint}}"
},
"$:/config/ShortcutInfo/italic": {
"title": "$:/config/ShortcutInfo/italic",
"text": "{{$:/language/Buttons/Italic/Hint}}"
},
"$:/config/ShortcutInfo/link": {
"title": "$:/config/ShortcutInfo/link",
"text": "{{$:/language/Buttons/Link/Hint}}"
},
"$:/config/ShortcutInfo/list-bullet": {
"title": "$:/config/ShortcutInfo/list-bullet",
"text": "{{$:/language/Buttons/ListBullet/Hint}}"
},
"$:/config/ShortcutInfo/list-number": {
"title": "$:/config/ShortcutInfo/list-number",
"text": "{{$:/language/Buttons/ListNumber/Hint}}"
},
"$:/config/ShortcutInfo/mono-block": {
"title": "$:/config/ShortcutInfo/mono-block",
"text": "{{$:/language/Buttons/MonoBlock/Hint}}"
},
"$:/config/ShortcutInfo/mono-line": {
"title": "$:/config/ShortcutInfo/mono-line",
"text": "{{$:/language/Buttons/MonoLine/Hint}}"
},
"$:/config/ShortcutInfo/picture": {
"title": "$:/config/ShortcutInfo/picture",
"text": "{{$:/language/Buttons/Picture/Hint}}"
},
"$:/config/ShortcutInfo/preview": {
"title": "$:/config/ShortcutInfo/preview",
"text": "{{$:/language/Buttons/Preview/Hint}}"
},
"$:/config/ShortcutInfo/quote": {
"title": "$:/config/ShortcutInfo/quote",
"text": "{{$:/language/Buttons/Quote/Hint}}"
},
"$:/config/ShortcutInfo/save-tiddler": {
"title": "$:/config/ShortcutInfo/save-tiddler",
"text": "{{$:/language/Buttons/Save/Hint}}"
},
"$:/config/ShortcutInfo/stamp": {
"title": "$:/config/ShortcutInfo/stamp",
"text": "{{$:/language/Buttons/Stamp/Hint}}"
},
"$:/config/ShortcutInfo/strikethrough": {
"title": "$:/config/ShortcutInfo/strikethrough",
"text": "{{$:/language/Buttons/Strikethrough/Hint}}"
},
"$:/config/ShortcutInfo/subscript": {
"title": "$:/config/ShortcutInfo/subscript",
"text": "{{$:/language/Buttons/Subscript/Hint}}"
},
"$:/config/ShortcutInfo/superscript": {
"title": "$:/config/ShortcutInfo/superscript",
"text": "{{$:/language/Buttons/Superscript/Hint}}"
},
"$:/config/ShortcutInfo/underline": {
"title": "$:/config/ShortcutInfo/underline",
"text": "{{$:/language/Buttons/Underline/Hint}}"
},
"$:/config/SyncFilter": {
"title": "$:/config/SyncFilter",
"text": "[is[tiddler]] -[[$:/HistoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[prefix[$:/status/]] -[prefix[$:/state/]] -[prefix[$:/temp/]]"
},
"$:/config/TextEditor/EditorHeight/Height": {
"title": "$:/config/TextEditor/EditorHeight/Height",
"text": "400px"
},
"$:/config/TextEditor/EditorHeight/Mode": {
"title": "$:/config/TextEditor/EditorHeight/Mode",
"text": "auto"
},
"$:/config/TiddlerInfo/Default": {
"title": "$:/config/TiddlerInfo/Default",
"text": "$:/core/ui/TiddlerInfo/Fields"
},
"$:/config/TiddlerInfo/Mode": {
"title": "$:/config/TiddlerInfo/Mode",
"text": "popup"
},
"$:/config/Tiddlers/TitleLinks": {
"title": "$:/config/Tiddlers/TitleLinks",
"text": "no"
},
"$:/config/Toolbar/ButtonClass": {
"title": "$:/config/Toolbar/ButtonClass",
"text": "tc-btn-invisible"
},
"$:/config/Toolbar/Icons": {
"title": "$:/config/Toolbar/Icons",
"text": "yes"
},
"$:/config/Toolbar/Text": {
"title": "$:/config/Toolbar/Text",
"text": "no"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions",
"text": "show"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/open-window": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/open-window",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/delete": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/delete",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-others": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-others",
"text": "hide"
},
"$:/config/shortcuts-mac/bold": {
"title": "$:/config/shortcuts-mac/bold",
"text": "meta-B"
},
"$:/config/shortcuts-mac/italic": {
"title": "$:/config/shortcuts-mac/italic",
"text": "meta-I"
},
"$:/config/shortcuts-mac/underline": {
"title": "$:/config/shortcuts-mac/underline",
"text": "meta-U"
},
"$:/config/shortcuts-not-mac/bold": {
"title": "$:/config/shortcuts-not-mac/bold",
"text": "ctrl-B"
},
"$:/config/shortcuts-not-mac/italic": {
"title": "$:/config/shortcuts-not-mac/italic",
"text": "ctrl-I"
},
"$:/config/shortcuts-not-mac/underline": {
"title": "$:/config/shortcuts-not-mac/underline",
"text": "ctrl-U"
},
"$:/config/shortcuts/cancel-edit-tiddler": {
"title": "$:/config/shortcuts/cancel-edit-tiddler",
"text": "escape"
},
"$:/config/shortcuts/excise": {
"title": "$:/config/shortcuts/excise",
"text": "ctrl-E"
},
"$:/config/shortcuts/heading-1": {
"title": "$:/config/shortcuts/heading-1",
"text": "ctrl-1"
},
"$:/config/shortcuts/heading-2": {
"title": "$:/config/shortcuts/heading-2",
"text": "ctrl-2"
},
"$:/config/shortcuts/heading-3": {
"title": "$:/config/shortcuts/heading-3",
"text": "ctrl-3"
},
"$:/config/shortcuts/heading-4": {
"title": "$:/config/shortcuts/heading-4",
"text": "ctrl-4"
},
"$:/config/shortcuts/heading-5": {
"title": "$:/config/shortcuts/heading-5",
"text": "ctrl-5"
},
"$:/config/shortcuts/heading-6": {
"title": "$:/config/shortcuts/heading-6",
"text": "ctrl-6"
},
"$:/config/shortcuts/link": {
"title": "$:/config/shortcuts/link",
"text": "ctrl-L"
},
"$:/config/shortcuts/list-bullet": {
"title": "$:/config/shortcuts/list-bullet",
"text": "ctrl-shift-L"
},
"$:/config/shortcuts/list-number": {
"title": "$:/config/shortcuts/list-number",
"text": "ctrl-shift-N"
},
"$:/config/shortcuts/mono-block": {
"title": "$:/config/shortcuts/mono-block",
"text": "ctrl-shift-M"
},
"$:/config/shortcuts/mono-line": {
"title": "$:/config/shortcuts/mono-line",
"text": "ctrl-M"
},
"$:/config/shortcuts/picture": {
"title": "$:/config/shortcuts/picture",
"text": "ctrl-shift-I"
},
"$:/config/shortcuts/preview": {
"title": "$:/config/shortcuts/preview",
"text": "alt-P"
},
"$:/config/shortcuts/quote": {
"title": "$:/config/shortcuts/quote",
"text": "ctrl-Q"
},
"$:/config/shortcuts/save-tiddler": {
"title": "$:/config/shortcuts/save-tiddler",
"text": "ctrl+enter"
},
"$:/config/shortcuts/stamp": {
"title": "$:/config/shortcuts/stamp",
"text": "ctrl-S"
},
"$:/config/shortcuts/strikethrough": {
"title": "$:/config/shortcuts/strikethrough",
"text": "ctrl-T"
},
"$:/config/shortcuts/subscript": {
"title": "$:/config/shortcuts/subscript",
"text": "ctrl-shift-B"
},
"$:/config/shortcuts/superscript": {
"title": "$:/config/shortcuts/superscript",
"text": "ctrl-shift-P"
},
"$:/config/WikiParserRules/Inline/wikilink": {
"title": "$:/config/WikiParserRules/Inline/wikilink",
"text": "enable"
},
"$:/snippets/currpalettepreview": {
"title": "$:/snippets/currpalettepreview",
"text": "\\define swatchStyle()\nbackground-color: $(swatchColour)$;\n\\end\n\\define swatch(colour)\n<$set name=\"swatchColour\" value={{##$colour$}}>\n<div class=\"tc-swatch\" style=<<swatchStyle>>/>\n</$set>\n\\end\n<div class=\"tc-swatches-horiz\">\n<<swatch foreground>>\n<<swatch background>>\n<<swatch muted-foreground>>\n<<swatch primary>>\n<<swatch page-background>>\n<<swatch tab-background>>\n<<swatch tiddler-info-background>>\n</div>\n"
},
"$:/snippets/download-wiki-button": {
"title": "$:/snippets/download-wiki-button",
"text": "\\define lingo-base() $:/language/ControlPanel/Tools/Download/\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-download-file\" $param=\"$:/core/save/all\" filename=\"index.html\"/>\n<<lingo Full/Caption>> {{$:/core/images/save-button}}\n</$button>"
},
"$:/language": {
"title": "$:/language",
"text": "$:/languages/en-GB"
},
"$:/snippets/languageswitcher": {
"title": "$:/snippets/languageswitcher",
"text": "{{$:/language/ControlPanel/Basics/Language/Prompt}} <$select tiddler=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[description]]\">\n<option value=<<currentTiddler>>><$view field=\"description\"><$view field=\"name\"><$view field=\"title\"/></$view></$view></option>\n</$list>\n</$select>"
},
"$:/core/macros/CSS": {
"title": "$:/core/macros/CSS",
"tags": "$:/tags/Macro",
"text": "\\define colour(name)\n<$transclude tiddler={{$:/palette}} index=\"$name$\"><$transclude tiddler=\"$:/palettes/Vanilla\" index=\"$name$\"/></$transclude>\n\\end\n\n\\define color(name)\n<<colour $name$>>\n\\end\n\n\\define box-shadow(shadow)\n``\n -webkit-box-shadow: $shadow$;\n -moz-box-shadow: $shadow$;\n box-shadow: $shadow$;\n``\n\\end\n\n\\define filter(filter)\n``\n -webkit-filter: $filter$;\n -moz-filter: $filter$;\n filter: $filter$;\n``\n\\end\n\n\\define transition(transition)\n``\n -webkit-transition: $transition$;\n -moz-transition: $transition$;\n transition: $transition$;\n``\n\\end\n\n\\define transform-origin(origin)\n``\n -webkit-transform-origin: $origin$;\n -moz-transform-origin: $origin$;\n transform-origin: $origin$;\n``\n\\end\n\n\\define background-linear-gradient(gradient)\n``\nbackground-image: linear-gradient($gradient$);\nbackground-image: -o-linear-gradient($gradient$);\nbackground-image: -moz-linear-gradient($gradient$);\nbackground-image: -webkit-linear-gradient($gradient$);\nbackground-image: -ms-linear-gradient($gradient$);\n``\n\\end\n\n\\define column-count(columns)\n``\n-moz-column-count: $columns$;\n-webkit-column-count: $columns$;\ncolumn-count: $columns$;\n``\n\\end\n\n\\define datauri(title)\n<$macrocall $name=\"makedatauri\" type={{$title$!!type}} text={{$title$}}/>\n\\end\n\n\\define if-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n\n\\define if-no-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n"
},
"$:/core/macros/colour-picker": {
"title": "$:/core/macros/colour-picker",
"tags": "$:/tags/Macro",
"text": "\\define colour-picker-update-recent()\n<$action-listops\n\t$tiddler=\"$:/config/ColourPicker/Recent\"\n\t$subfilter=\"$(colour-picker-value)$ [list[$:/config/ColourPicker/Recent]remove[$(colour-picker-value)$]] +[limit[8]]\"\n/>\n\\end\n\n\\define colour-picker-inner(actions)\n<$button tag=\"a\" tooltip=\"\"\"$(colour-picker-value)$\"\"\">\n\n$(colour-picker-update-recent)$\n\n$actions$\n\n<div style=\"background-color: $(colour-picker-value)$; width: 100%; height: 100%; border-radius: 50%;\"/>\n\n</$button>\n\\end\n\n\\define colour-picker-recent-inner(actions)\n<$set name=\"colour-picker-value\" value=\"$(recentColour)$\">\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$set>\n\\end\n\n\\define colour-picker-recent(actions)\n{{$:/language/ColourPicker/Recent}} <$list filter=\"[list[$:/config/ColourPicker/Recent]]\" variable=\"recentColour\">\n<$macrocall $name=\"colour-picker-recent-inner\" actions=\"\"\"$actions$\"\"\"/></$list>\n\\end\n\n\\define colour-picker(actions)\n<div class=\"tc-colour-chooser\">\n\n<$macrocall $name=\"colour-picker-recent\" actions=\"\"\"$actions$\"\"\"/>\n\n---\n\n<$list filter=\"LightPink Pink Crimson LavenderBlush PaleVioletRed HotPink DeepPink MediumVioletRed Orchid Thistle Plum Violet Magenta Fuchsia DarkMagenta Purple MediumOrchid DarkViolet DarkOrchid Indigo BlueViolet MediumPurple MediumSlateBlue SlateBlue DarkSlateBlue Lavender GhostWhite Blue MediumBlue MidnightBlue DarkBlue Navy RoyalBlue CornflowerBlue LightSteelBlue LightSlateGrey SlateGrey DodgerBlue AliceBlue SteelBlue LightSkyBlue SkyBlue DeepSkyBlue LightBlue PowderBlue CadetBlue Azure LightCyan PaleTurquoise Cyan Aqua DarkTurquoise DarkSlateGrey DarkCyan Teal MediumTurquoise LightSeaGreen Turquoise Aquamarine MediumAquamarine MediumSpringGreen MintCream SpringGreen MediumSeaGreen SeaGreen Honeydew LightGreen PaleGreen DarkSeaGreen LimeGreen Lime ForestGreen Green DarkGreen Chartreuse LawnGreen GreenYellow DarkOliveGreen YellowGreen OliveDrab Beige LightGoldenrodYellow Ivory LightYellow Yellow Olive DarkKhaki LemonChiffon PaleGoldenrod Khaki Gold Cornsilk Goldenrod DarkGoldenrod FloralWhite OldLace Wheat Moccasin Orange PapayaWhip BlanchedAlmond NavajoWhite AntiqueWhite Tan BurlyWood Bisque DarkOrange Linen Peru PeachPuff SandyBrown Chocolate SaddleBrown Seashell Sienna LightSalmon Coral OrangeRed DarkSalmon Tomato MistyRose Salmon Snow LightCoral RosyBrown IndianRed Red Brown FireBrick DarkRed Maroon White WhiteSmoke Gainsboro LightGrey Silver DarkGrey Grey DimGrey Black\" variable=\"colour-picker-value\">\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$list>\n\n---\n\n<$edit-text tiddler=\"$:/config/ColourPicker/New\" tag=\"input\" default=\"\" placeholder=\"\"/> \n<$edit-text tiddler=\"$:/config/ColourPicker/New\" type=\"color\" tag=\"input\"/>\n<$set name=\"colour-picker-value\" value={{$:/config/ColourPicker/New}}>\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$set>\n\n</div>\n\n\\end\n"
},
"$:/core/macros/export": {
"title": "$:/core/macros/export",
"tags": "$:/tags/Macro",
"text": "\\define exportButtonFilename(baseFilename)\n$baseFilename$$(extension)$\n\\end\n\n\\define exportButton(exportFilter:\"[!is[system]sort[title]]\",lingoBase,baseFilename:\"tiddlers\")\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/export\">> tooltip={{$lingoBase$Hint}} aria-label={{$lingoBase$Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/export-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$lingoBase$Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/export\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Exporter]]\">\n<$set name=\"extension\" value={{!!extension}}>\n<$button class=\"tc-btn-invisible\">\n<$action-sendmessage $message=\"tm-download-file\" $param=<<currentTiddler>> exportFilter=\"\"\"$exportFilter$\"\"\" filename=<<exportButtonFilename \"\"\"$baseFilename$\"\"\">>/>\n<$action-deletetiddler $tiddler=<<qualify \"$:/state/popup/export\">>/>\n<$transclude field=\"description\"/>\n</$button>\n</$set>\n</$list>\n</div>\n</$reveal>\n\\end\n"
},
"$:/core/macros/image-picker": {
"title": "$:/core/macros/image-picker",
"tags": "$:/tags/Macro",
"text": "\\define image-picker-thumbnail(actions)\n<$button tag=\"a\" tooltip=\"\"\"$(imageTitle)$\"\"\">\n$actions$\n<$transclude tiddler=<<imageTitle>>/>\n</$button>\n\\end\n\n\\define image-picker-list(filter,actions)\n<$list filter=\"\"\"$filter$\"\"\" variable=\"imageTitle\">\n<$macrocall $name=\"image-picker-thumbnail\" actions=\"\"\"$actions$\"\"\"/>\n</$list>\n\\end\n\n\\define image-picker(actions,filter:\"[all[shadows+tiddlers]is[image]] -[type[application/pdf]] +[!has[draft.of]sort[title]]\")\n<div class=\"tc-image-chooser\">\n<$vars state-system=<<qualify \"$:/state/image-picker/system\">>>\n<$checkbox tiddler=<<state-system>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"hide\">\n{{$:/language/SystemTiddlers/Include/Prompt}}\n</$checkbox>\n<$reveal state=<<state-system>> type=\"match\" text=\"hide\" default=\"hide\" tag=\"div\">\n<$macrocall $name=\"image-picker-list\" filter=\"\"\"$filter$ +[!is[system]]\"\"\" actions=\"\"\"$actions$\"\"\"/>\n</$reveal>\n<$reveal state=<<state-system>> type=\"nomatch\" text=\"hide\" default=\"hide\" tag=\"div\">\n<$macrocall $name=\"image-picker-list\" filter=\"\"\"$filter$\"\"\" actions=\"\"\"$actions$\"\"\"/>\n</$reveal>\n</$vars>\n</div>\n\\end\n\n\\define image-picker-include-tagged-images(actions)\n<$macrocall $name=\"image-picker\" filter=\"[all[shadows+tiddlers]is[image]] [all[shadows+tiddlers]tag[$:/tags/Image]] -[type[application/pdf]] +[!has[draft.of]sort[title]]\" actions=\"\"\"$actions$\"\"\"/>\n\\end\n"
},
"$:/core/macros/lingo": {
"title": "$:/core/macros/lingo",
"tags": "$:/tags/Macro",
"text": "\\define lingo-base()\n$:/language/\n\\end\n\n\\define lingo(title)\n{{$(lingo-base)$$title$}}\n\\end\n"
},
"$:/core/macros/list": {
"title": "$:/core/macros/list",
"tags": "$:/tags/Macro",
"text": "\\define list-links(filter,type:\"ul\",subtype:\"li\",class:\"\")\n<$type$ class=\"$class$\">\n<$list filter=\"$filter$\">\n<$subtype$>\n<$link to={{!!title}}>\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$link>\n</$subtype$>\n</$list>\n</$type$>\n\\end\n\n\\define list-links-draggable-drop-actions()\n<$action-listops $tiddler=<<targetTiddler>> $field=<<targetField>> $subfilter=\"+[insertbefore:currentTiddler<actionTiddler>]\"/>\n\\end\n\n\\define list-links-draggable(tiddler,field:\"list\",type:\"ul\",subtype:\"li\",class:\"\",itemTemplate)\n<$vars targetTiddler=\"\"\"$tiddler$\"\"\" targetField=\"\"\"$field$\"\"\">\n<$type$ class=\"$class$\">\n<$list filter=\"[list[$tiddler$!!$field$]]\">\n<$droppable actions=<<list-links-draggable-drop-actions>> tag=\"\"\"$subtype$\"\"\">\n<div class=\"tc-droppable-placeholder\">\n \n</div>\n<div>\n<$link to={{!!title}}>\n<$transclude tiddler=\"\"\"$itemTemplate$\"\"\">\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$transclude>\n</$link>\n</div>\n</$droppable>\n</$list>\n<$tiddler tiddler=\"\">\n<$droppable actions=<<list-links-draggable-drop-actions>> tag=\"\"\"$subtype$\"\"\">\n<div class=\"tc-droppable-placeholder\">\n \n</div>\n<div>\n \n</div>\n</$droppable>\n</$tiddler>\n</$type$>\n</$vars>\n\\end\n\n\\define list-tagged-draggable-drop-actions()\n<!-- Save the current ordering of the tiddlers with this tag -->\n<$set name=\"order\" filter=\"[<tag>tagging[]]\">\n<!-- Remove any list-after or list-before fields from the tiddlers with this tag -->\n<$list filter=\"[<tag>tagging[]]\">\n<$action-deletefield $field=\"list-before\"/>\n<$action-deletefield $field=\"list-after\"/>\n</$list>\n<!-- Assign the list field of the tag with the current ordering -->\n<$action-setfield $tiddler=<<tag>> $field=\"list\" $value=<<order>>/>\n<!-- Add the newly inserted item to the list -->\n<$action-listops $tiddler=<<tag>> $field=\"list\" $subfilter=\"+[insertbefore:currentTiddler<actionTiddler>]\"/>\n<!-- Make sure the newly added item has the right tag -->\n<$action-listops $tiddler=<<actionTiddler>> $tags=\"[<tag>]\"/>\n</$set>\n\\end\n\n\\define list-tagged-draggable(tag,itemTemplate,elementTag:\"div\")\n<$set name=\"tag\" value=\"\"\"$tag$\"\"\">\n<$list filter=\"[<tag>tagging[]]\">\n<$elementTag$ class=\"tc-menu-list-item\">\n<$droppable actions=<<list-tagged-draggable-drop-actions>>>\n<$elementTag$ class=\"tc-droppable-placeholder\">\n \n</$elementTag$>\n<$elementTag$>\n<$transclude tiddler=\"\"\"$itemTemplate$\"\"\">\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</$transclude>\n</$elementTag$>\n</$droppable>\n</$elementTag$>\n</$list>\n<$tiddler tiddler=\"\">\n<$droppable actions=<<list-tagged-draggable-drop-actions>>>\n<$elementTag$ class=\"tc-droppable-placeholder\">\n \n</$elementTag$>\n<$elementTag$ style=\"height:0.5em;\">\n</$elementTag$>\n</$droppable>\n</$tiddler>\n</$set>\n\\end\n"
},
"$:/core/macros/tabs": {
"title": "$:/core/macros/tabs",
"tags": "$:/tags/Macro",
"text": "\\define tabs(tabsList,default,state:\"$:/state/tab\",class,template)\n<div class=\"tc-tab-set $class$\">\n<div class=\"tc-tab-buttons $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\"><$set name=\"save-currentTiddler\" value=<<currentTiddler>>><$tiddler tiddler=<<currentTab>>><$button set=<<qualify \"$state$\">> setTo=<<currentTab>> default=\"$default$\" selectedClass=\"tc-tab-selected\" tooltip={{!!tooltip}}>\n<$tiddler tiddler=<<save-currentTiddler>>>\n<$set name=\"tv-wikilinks\" value=\"no\">\n<$transclude tiddler=<<currentTab>> field=\"caption\">\n<$macrocall $name=\"currentTab\" $type=\"text/plain\" $output=\"text/plain\"/>\n</$transclude>\n</$set></$tiddler></$button></$tiddler></$set></$list>\n</div>\n<div class=\"tc-tab-divider $class$\"/>\n<div class=\"tc-tab-content $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\">\n\n<$reveal type=\"match\" state=<<qualify \"$state$\">> text=<<currentTab>> default=\"$default$\">\n\n<$transclude tiddler=\"$template$\" mode=\"block\">\n\n<$transclude tiddler=<<currentTab>> mode=\"block\"/>\n\n</$transclude>\n\n</$reveal>\n\n</$list>\n</div>\n</div>\n\\end\n"
},
"$:/core/macros/tag-picker": {
"title": "$:/core/macros/tag-picker",
"tags": "$:/tags/Macro",
"text": "\\define add-tag-actions()\n<$action-sendmessage $message=\"tm-add-tag\" $param={{$:/temp/NewTagName}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n\\end\n\n\\define tag-button()\n<$button class=\"tc-btn-invisible\" tag=\"a\">\n$(actions)$\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n<$macrocall $name=\"tag-pill\" tag=<<tag>>/>\n</$button>\n\\end\n\n\\define tag-picker(actions)\n<$set name=\"actions\" value=\"\"\"$actions$\"\"\">\n<div class=\"tc-edit-add-tag\">\n<span class=\"tc-add-tag-name\">\n<$keyboard key=\"ENTER\" actions=<<add-tag-actions>>>\n<$edit-text tiddler=\"$:/temp/NewTagName\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Tags/Add/Placeholder}} focusPopup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-edit-texteditor tc-popup-handle\"/>\n</$keyboard>\n</span> <$button popup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-btn-invisible\" tooltip={{$:/language/EditTemplate/Tags/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Tags/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <span class=\"tc-add-tag-button\">\n<$set name=\"tag\" value={{$:/temp/NewTagName}}>\n<$button set=\"$:/temp/NewTagName\" setTo=\"\" class=\"\">\n$actions$\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n{{$:/language/EditTemplate/Tags/Add/Button}}\n</$button>\n</$set>\n</span>\n</div>\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/popup/tags-auto-complete\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown\">\n<$list filter=\"[tags[]!is[system]search:title{$:/temp/NewTagName}sort[]]\" variable=\"tag\">\n<<tag-button>>\n</$list>\n<hr>\n<$list filter=\"[tags[]is[system]search:title{$:/temp/NewTagName}sort[]]\" variable=\"tag\">\n<<tag-button>>\n</$list>\n</div>\n</$reveal>\n</div>\n</$set>\n\\end\n"
},
"$:/core/macros/tag": {
"title": "$:/core/macros/tag",
"tags": "$:/tags/Macro",
"text": "\\define tag-pill-styles()\nbackground-color:$(backgroundColor)$;\nfill:$(foregroundColor)$;\ncolor:$(foregroundColor)$;\n\\end\n\n\\define tag-pill-inner(tag,icon,colour,fallbackTarget,colourA,colourB,element-tag,element-attributes,actions)\n<$vars foregroundColor=<<contrastcolour target:\"\"\"$colour$\"\"\" fallbackTarget:\"\"\"$fallbackTarget$\"\"\" colourA:\"\"\"$colourA$\"\"\" colourB:\"\"\"$colourB$\"\"\">> backgroundColor=\"\"\"$colour$\"\"\">\n<$element-tag$ $element-attributes$ class=\"tc-tag-label tc-btn-invisible\" style=<<tag-pill-styles>>>\n$actions$<$transclude tiddler=\"\"\"$icon$\"\"\"/> <$view tiddler=\"\"\"$tag$\"\"\" field=\"title\" format=\"text\" />\n</$element-tag$>\n</$vars>\n\\end\n\n\\define tag-pill-body(tag,icon,colour,palette,element-tag,element-attributes,actions)\n<$macrocall $name=\"tag-pill-inner\" tag=\"\"\"$tag$\"\"\" icon=\"\"\"$icon$\"\"\" colour=\"\"\"$colour$\"\"\" fallbackTarget={{$palette$##tag-background}} colourA={{$palette$##foreground}} colourB={{$palette$##background}} element-tag=\"\"\"$element-tag$\"\"\" element-attributes=\"\"\"$element-attributes$\"\"\" actions=\"\"\"$actions$\"\"\"/>\n\\end\n\n\\define tag-pill(tag,element-tag:\"span\",element-attributes:\"\",actions:\"\")\n<span class=\"tc-tag-list-item\">\n<$macrocall $name=\"tag-pill-body\" tag=\"\"\"$tag$\"\"\" icon={{$tag$!!icon}} colour={{$tag$!!color}} palette={{$:/palette}} element-tag=\"\"\"$element-tag$\"\"\" element-attributes=\"\"\"$element-attributes$\"\"\" actions=\"\"\"$actions$\"\"\"/>\n</span>\n\\end\n\n\\define tag(tag)\n{{$tag$||$:/core/ui/TagTemplate}}\n\\end\n"
},
"$:/core/macros/thumbnails": {
"title": "$:/core/macros/thumbnails",
"tags": "$:/tags/Macro",
"text": "\\define thumbnail(link,icon,color,background-color,image,caption,width:\"280\",height:\"157\")\n<$link to=\"\"\"$link$\"\"\"><div class=\"tc-thumbnail-wrapper\">\n<div class=\"tc-thumbnail-image\" style=\"width:$width$px;height:$height$px;\"><$reveal type=\"nomatch\" text=\"\" default=\"\"\"$image$\"\"\" tag=\"div\" style=\"width:$width$px;height:$height$px;\">\n[img[$image$]]\n</$reveal><$reveal type=\"match\" text=\"\" default=\"\"\"$image$\"\"\" tag=\"div\" class=\"tc-thumbnail-background\" style=\"width:$width$px;height:$height$px;background-color:$background-color$;\"></$reveal></div><div class=\"tc-thumbnail-icon\" style=\"fill:$color$;color:$color$;\">\n$icon$\n</div><div class=\"tc-thumbnail-caption\">\n$caption$\n</div>\n</div></$link>\n\\end\n\n\\define thumbnail-right(link,icon,color,background-color,image,caption,width:\"280\",height:\"157\")\n<div class=\"tc-thumbnail-right-wrapper\"><<thumbnail \"\"\"$link$\"\"\" \"\"\"$icon$\"\"\" \"\"\"$color$\"\"\" \"\"\"$background-color$\"\"\" \"\"\"$image$\"\"\" \"\"\"$caption$\"\"\" \"\"\"$width$\"\"\" \"\"\"$height$\"\"\">></div>\n\\end\n\n\\define list-thumbnails(filter,width:\"280\",height:\"157\")\n<$list filter=\"\"\"$filter$\"\"\"><$macrocall $name=\"thumbnail\" link={{!!link}} icon={{!!icon}} color={{!!color}} background-color={{!!background-color}} image={{!!image}} caption={{!!caption}} width=\"\"\"$width$\"\"\" height=\"\"\"$height$\"\"\"/></$list>\n\\end\n"
},
"$:/core/macros/timeline": {
"created": "20141212105914482",
"modified": "20141212110330815",
"tags": "$:/tags/Macro",
"title": "$:/core/macros/timeline",
"type": "text/vnd.tiddlywiki",
"text": "\\define timeline-title()\n<!-- Override this macro with a global macro \n of the same name if you need to change \n how titles are displayed on the timeline \n -->\n<$view field=\"title\"/>\n\\end\n\\define timeline(limit:\"100\",format:\"DDth MMM YYYY\",subfilter:\"\",dateField:\"modified\")\n<div class=\"tc-timeline\">\n<$list filter=\"[!is[system]$subfilter$has[$dateField$]!sort[$dateField$]limit[$limit$]eachday[$dateField$]]\">\n<div class=\"tc-menu-list-item\">\n<$view field=\"$dateField$\" format=\"date\" template=\"$format$\"/>\n<$list filter=\"[sameday:$dateField${!!$dateField$}!is[system]$subfilter$!sort[$dateField$]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}>\n<<timeline-title>>\n</$link>\n</div>\n</$list>\n</div>\n</$list>\n</div>\n\\end\n"
},
"$:/core/macros/toc": {
"title": "$:/core/macros/toc",
"tags": "$:/tags/Macro",
"text": "\\define toc-caption()\n<$set name=\"tv-wikilinks\" value=\"no\">\n <$transclude field=\"caption\">\n <$view field=\"title\"/>\n </$transclude>\n</$set>\n\\end\n\n\\define toc-body(tag,sort:\"\",itemClassFilter,exclude,path)\n<ol class=\"tc-toc\">\n <$list filter=\"\"\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$] $exclude$\"\"\">\n <$vars item=<<currentTiddler>> path=\"\"\"$path$/$tag$\"\"\" excluded=\"\"\"$exclude$ -[[$tag$]]\"\"\">\n <$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" emptyValue=\"toc-item\" value=\"toc-item-selected\">\n <li class=<<toc-item-class>>>\n <$list filter=\"[all[current]toc-link[no]]\" emptyMessage=\"<$link><$view field='caption'><$view field='title'/></$view></$link>\">\n <<toc-caption>>\n </$list>\n <$macrocall $name=\"toc-body\" tag=<<item>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" exclude=<<excluded>> path=<<path>>/>\n </li>\n </$set>\n </$vars>\n </$list>\n</ol>\n\\end\n\n\\define toc(tag,sort:\"\",itemClassFilter:\" \")\n<<toc-body tag:\"\"\"$tag$\"\"\" sort:\"\"\"$sort$\"\"\" itemClassFilter:\"\"\"$itemClassFilter$\"\"\">>\n\\end\n\n\\define toc-linked-expandable-body(tag,sort:\"\",itemClassFilter,exclude,path)\n<!-- helper function -->\n<$set name=\"toc-state\" value=<<qualify \"\"\"$:/state/toc$path$-$(currentTiddler)$\"\"\">>>\n <$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" emptyValue=\"toc-item\" value=\"toc-item-selected\">\n <li class=<<toc-item-class>>>\n <$link>\n <$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n <$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n {{$:/core/images/right-arrow}}\n </$button>\n </$reveal>\n <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n <$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n {{$:/core/images/down-arrow}}\n </$button>\n </$reveal>\n <<toc-caption>>\n </$link>\n <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n <$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" exclude=\"\"\"$exclude$\"\"\" path=\"\"\"$path$\"\"\"/>\n </$reveal>\n </li>\n </$set>\n</$set>\n\\end\n\n\\define toc-unlinked-expandable-body(tag,sort:\"\",itemClassFilter:\" \",exclude,path)\n<!-- helper function -->\n<$set name=\"toc-state\" value=<<qualify \"\"\"$:/state/toc$path$-$(currentTiddler)$\"\"\">>>\n <$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" emptyValue=\"toc-item\" value=\"toc-item-selected\">\n <li class=<<toc-item-class>>>\n <$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n <$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n {{$:/core/images/right-arrow}}\n <<toc-caption>>\n </$button>\n </$reveal>\n <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n <$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n {{$:/core/images/down-arrow}}\n <<toc-caption>>\n </$button>\n </$reveal>\n <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n <$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" exclude=\"\"\"$exclude$\"\"\" path=\"\"\"$path$\"\"\"/>\n </$reveal>\n </li>\n </$set>\n</$set>\n\\end\n\n\\define toc-expandable-empty-message()\n<<toc-linked-expandable-body tag:\"\"\"$(tag)$\"\"\" sort:\"\"\"$(sort)$\"\"\" itemClassFilter:\"\"\"$(itemClassFilter)$\"\"\" exclude:\"\"\"$(excluded)$\"\"\" path:\"\"\"$(path)$\"\"\">>\n\\end\n\n\\define toc-expandable(tag,sort:\"\",itemClassFilter:\" \",exclude,path)\n<$vars tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" excluded=\"\"\"$exclude$ -[[$tag$]]\"\"\" path=\"\"\"$path$/$tag$\"\"\">\n <ol class=\"tc-toc toc-expandable\">\n <$list filter=\"\"\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$] $exclude$\"\"\">\n <$list filter=\"[all[current]toc-link[no]]\" emptyMessage=<<toc-expandable-empty-message>> >\n <$macrocall $name=\"toc-unlinked-expandable-body\" tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"itemClassFilter\"\"\" exclude=<<excluded>> path=<<path>> />\n </$list>\n </$list>\n </ol>\n</$vars>\n\\end\n\n\\define toc-linked-selective-expandable-body(tag,sort:\"\",itemClassFilter:\" \",exclude,path)\n<$set name=\"toc-state\" value=<<qualify \"\"\"$:/state/toc$path$-$(currentTiddler)$\"\"\">>>\n <$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" emptyValue=\"toc-item\" value=\"toc-item-selected\" >\n <li class=<<toc-item-class>>>\n <$link>\n <$list filter=\"[all[current]tagging[]limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button>\">\n <$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n <$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n {{$:/core/images/right-arrow}}\n </$button>\n </$reveal>\n <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n <$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n {{$:/core/images/down-arrow}}\n </$button>\n </$reveal>\n </$list>\n <<toc-caption>>\n </$link>\n <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n <$macrocall $name=\"toc-selective-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" exclude=\"\"\"$exclude$\"\"\" path=\"\"\"$path$\"\"\"/>\n </$reveal>\n </li>\n </$set>\n</$set>\n\\end\n\n\\define toc-unlinked-selective-expandable-body(tag,sort:\"\",itemClassFilter:\" \",exclude,path)\n<$set name=\"toc-state\" value=<<qualify \"\"\"$:/state/toc$path$-$(currentTiddler)$\"\"\">>>\n <$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" emptyValue=\"toc-item\" value=\"toc-item-selected\">\n <li class=<<toc-item-class>>>\n <$list filter=\"[all[current]tagging[]limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button> <$view field='caption'><$view field='title'/></$view>\">\n <$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n <$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n {{$:/core/images/right-arrow}}\n <<toc-caption>>\n </$button>\n </$reveal>\n <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n <$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n {{$:/core/images/down-arrow}}\n <<toc-caption>>\n </$button>\n </$reveal>\n </$list>\n <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n <$macrocall $name=\"\"\"toc-selective-expandable\"\"\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" exclude=\"\"\"$exclude$\"\"\" path=\"\"\"$path$\"\"\"/>\n </$reveal>\n </li>\n </$set>\n</$set>\n\\end\n\n\\define toc-selective-expandable-empty-message()\n<<toc-linked-selective-expandable-body tag:\"\"\"$(tag)$\"\"\" sort:\"\"\"$(sort)$\"\"\" itemClassFilter:\"\"\"$(itemClassFilter)$\"\"\" exclude:\"\"\"$(excluded)$\"\"\" path:\"\"\"$(path)$\"\"\">>\n\\end\n\n\\define toc-selective-expandable(tag,sort:\"\",itemClassFilter,exclude,path)\n<$vars tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" excluded=\"\"\"$exclude$ -[[$tag$]]\"\"\" path=\"\"\"$path$/$tag$\"\"\">\n <ol class=\"tc-toc toc-selective-expandable\">\n <$list filter=\"\"\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$] $exclude$\"\"\">\n <$list filter=\"[all[current]toc-link[no]]\" variable=\"ignore\" emptyMessage=<<toc-selective-expandable-empty-message>> >\n <$macrocall $name=toc-unlinked-selective-expandable-body tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" exclude=<<excluded>> path=<<path>> >\n </$list>\n </$list>\n </ol>\n</$vars>\n\\end\n\n\\define toc-tabbed-selected-item-filter(selectedTiddler)\n[all[current]field:title{$selectedTiddler$}]\n\\end\n\n\\define toc-tabbed-external-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$tiddler tiddler={{$selectedTiddler$}}>\n <div class=\"tc-tabbed-table-of-contents\">\n <$linkcatcher to=\"$selectedTiddler$\">\n <div class=\"tc-table-of-contents\">\n <$macrocall $name=\"toc-selective-expandable\" tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" itemClassFilter=<<toc-tabbed-selected-item-filter selectedTiddler:\"\"\"$selectedTiddler$\"\"\">>/>\n </div>\n </$linkcatcher>\n <div class=\"tc-tabbed-table-of-contents-content\">\n <$reveal state=\"\"\"$selectedTiddler$\"\"\" type=\"nomatch\" text=\"\">\n <$transclude mode=\"block\" tiddler=\"$template$\">\n <h1><<toc-caption>></h1>\n <$transclude mode=\"block\">$missingText$</$transclude>\n </$transclude>\n </$reveal>\n <$reveal state=\"\"\"$selectedTiddler$\"\"\" type=\"match\" text=\"\">\n $unselectedText$\n </$reveal>\n </div>\n </div>\n</$tiddler>\n\\end\n\n\\define toc-tabbed-internal-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$linkcatcher to=\"\"\"$selectedTiddler$\"\"\">\n <$macrocall $name=\"toc-tabbed-external-nav\" tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" selectedTiddler=\"\"\"$selectedTiddler$\"\"\" unselectedText=\"\"\"$unselectedText$\"\"\" missingText=\"\"\"$missingText$\"\"\" template=\"\"\"$template$\"\"\"/>\n</$linkcatcher>\n\\end\n\n"
},
"$:/core/macros/translink": {
"title": "$:/core/macros/translink",
"tags": "$:/tags/Macro",
"text": "\\define translink(title,mode:\"block\")\n<div style=\"border:1px solid #ccc; padding: 0.5em; background: black; foreground; white;\">\n<$link to=\"\"\"$title$\"\"\">\n<$text text=\"\"\"$title$\"\"\"/>\n</$link>\n<div style=\"border:1px solid #ccc; padding: 0.5em; background: white; foreground; black;\">\n<$transclude tiddler=\"\"\"$title$\"\"\" mode=\"$mode$\">\n\"<$text text=\"\"\"$title$\"\"\"/>\" is missing\n</$transclude>\n</div>\n</div>\n\\end\n"
},
"$:/snippets/minilanguageswitcher": {
"title": "$:/snippets/minilanguageswitcher",
"text": "<$select tiddler=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"description\"><$view field=\"name\"><$view field=\"title\"/></$view></$view></option>\n</$list>\n</$select>"
},
"$:/snippets/minithemeswitcher": {
"title": "$:/snippets/minithemeswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Theme/\n<<lingo Prompt>> <$select tiddler=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"name\"><$view field=\"title\"/></$view></option>\n</$list>\n</$select>"
},
"$:/snippets/modules": {
"title": "$:/snippets/modules",
"text": "\\define describeModuleType(type)\n{{$:/language/Docs/ModuleTypes/$type$}}\n\\end\n<$list filter=\"[moduletypes[]]\">\n\n!! <$macrocall $name=\"currentTiddler\" $type=\"text/plain\" $output=\"text/plain\"/>\n\n<$macrocall $name=\"describeModuleType\" type=<<currentTiddler>>/>\n\n<ul><$list filter=\"[all[current]modules[]]\"><li><$link><<currentTiddler>></$link>\n</li>\n</$list>\n</ul>\n</$list>\n"
},
"$:/palette": {
"title": "$:/palette",
"text": "$:/palettes/Vanilla"
},
"$:/snippets/paletteeditor": {
"title": "$:/snippets/paletteeditor",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/Editor/\n\\define describePaletteColour(colour)\n<$transclude tiddler=\"$:/language/Docs/PaletteColours/$colour$\"><$text text=\"$colour$\"/></$transclude>\n\\end\n<$set name=\"currentTiddler\" value={{$:/palette}}>\n\n<<lingo Prompt>> <$link to={{$:/palette}}><$macrocall $name=\"currentTiddler\" $output=\"text/plain\"/></$link>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\" variable=\"listItem\">\n<<lingo Prompt/Modified>>\n<$button message=\"tm-delete-tiddler\" param={{$:/palette}}><<lingo Reset/Caption>></$button>\n</$list>\n\n<$list filter=\"[all[current]is[shadow]!is[tiddler]]\" variable=\"listItem\">\n<<lingo Clone/Prompt>>\n</$list>\n\n<$button message=\"tm-new-tiddler\" param={{$:/palette}}><<lingo Clone/Caption>></$button>\n\n<table>\n<tbody>\n<$list filter=\"[all[current]indexes[]]\" variable=\"colourName\">\n<tr>\n<td>\n''<$macrocall $name=\"describePaletteColour\" colour=<<colourName>>/>''<br/>\n<$macrocall $name=\"colourName\" $output=\"text/plain\"/>\n</td>\n<td>\n<$edit-text index=<<colourName>> tag=\"input\"/>\n<br>\n<$edit-text index=<<colourName>> type=\"color\" tag=\"input\"/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n</$set>\n"
},
"$:/snippets/palettepreview": {
"title": "$:/snippets/palettepreview",
"text": "<$set name=\"currentTiddler\" value={{$:/palette}}>\n<$transclude tiddler=\"$:/snippets/currpalettepreview\"/>\n</$set>\n"
},
"$:/snippets/paletteswitcher": {
"title": "$:/snippets/paletteswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/\n<div class=\"tc-prompt\">\n<<lingo Prompt>> <$view tiddler={{$:/palette}} field=\"name\"/>\n</div>\n\n<$linkcatcher to=\"$:/palette\">\n<div class=\"tc-chooser\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Palette]sort[description]]\"><div class=\"tc-chooser-item\"><$link to={{!!title}}><div><$reveal state=\"$:/palette\" type=\"match\" text={{!!title}}>•</$reveal><$reveal state=\"$:/palette\" type=\"nomatch\" text={{!!title}}> </$reveal> ''<$view field=\"name\" format=\"text\"/>'' - <$view field=\"description\" format=\"text\"/></div><$transclude tiddler=\"$:/snippets/currpalettepreview\"/></$link></div>\n</$list>\n</div>\n</$linkcatcher>"
},
"$:/temp/search": {
"title": "$:/temp/search",
"text": ""
},
"$:/tags/AdvancedSearch": {
"title": "$:/tags/AdvancedSearch",
"list": "[[$:/core/ui/AdvancedSearch/Standard]] [[$:/core/ui/AdvancedSearch/System]] [[$:/core/ui/AdvancedSearch/Shadows]] [[$:/core/ui/AdvancedSearch/Filter]]"
},
"$:/tags/AdvancedSearch/FilterButton": {
"title": "$:/tags/AdvancedSearch/FilterButton",
"list": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown $:/core/ui/AdvancedSearch/Filter/FilterButtons/clear $:/core/ui/AdvancedSearch/Filter/FilterButtons/export $:/core/ui/AdvancedSearch/Filter/FilterButtons/delete"
},
"$:/tags/ControlPanel": {
"title": "$:/tags/ControlPanel",
"list": "$:/core/ui/ControlPanel/Info $:/core/ui/ControlPanel/Appearance $:/core/ui/ControlPanel/Settings $:/core/ui/ControlPanel/Saving $:/core/ui/ControlPanel/Plugins $:/core/ui/ControlPanel/Tools $:/core/ui/ControlPanel/Internals"
},
"$:/tags/ControlPanel/Info": {
"title": "$:/tags/ControlPanel/Info",
"list": "$:/core/ui/ControlPanel/Basics $:/core/ui/ControlPanel/Advanced"
},
"$:/tags/ControlPanel/Plugins": {
"title": "$:/tags/ControlPanel/Plugins",
"list": "[[$:/core/ui/ControlPanel/Plugins/Installed]] [[$:/core/ui/ControlPanel/Plugins/Add]]"
},
"$:/tags/EditTemplate": {
"title": "$:/tags/EditTemplate",
"list": "[[$:/core/ui/EditTemplate/controls]] [[$:/core/ui/EditTemplate/title]] [[$:/core/ui/EditTemplate/tags]] [[$:/core/ui/EditTemplate/shadow]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/EditTemplate/body]] [[$:/core/ui/EditTemplate/type]] [[$:/core/ui/EditTemplate/fields]]"
},
"$:/tags/EditToolbar": {
"title": "$:/tags/EditToolbar",
"list": "[[$:/core/ui/Buttons/delete]] [[$:/core/ui/Buttons/cancel]] [[$:/core/ui/Buttons/save]]"
},
"$:/tags/EditorToolbar": {
"title": "$:/tags/EditorToolbar",
"list": "$:/core/ui/EditorToolbar/paint $:/core/ui/EditorToolbar/opacity $:/core/ui/EditorToolbar/line-width $:/core/ui/EditorToolbar/clear $:/core/ui/EditorToolbar/bold $:/core/ui/EditorToolbar/italic $:/core/ui/EditorToolbar/strikethrough $:/core/ui/EditorToolbar/underline $:/core/ui/EditorToolbar/superscript $:/core/ui/EditorToolbar/subscript $:/core/ui/EditorToolbar/mono-line $:/core/ui/EditorToolbar/mono-block $:/core/ui/EditorToolbar/quote $:/core/ui/EditorToolbar/list-bullet $:/core/ui/EditorToolbar/list-number $:/core/ui/EditorToolbar/heading-1 $:/core/ui/EditorToolbar/heading-2 $:/core/ui/EditorToolbar/heading-3 $:/core/ui/EditorToolbar/heading-4 $:/core/ui/EditorToolbar/heading-5 $:/core/ui/EditorToolbar/heading-6 $:/core/ui/EditorToolbar/link $:/core/ui/EditorToolbar/excise $:/core/ui/EditorToolbar/picture $:/core/ui/EditorToolbar/stamp $:/core/ui/EditorToolbar/size $:/core/ui/EditorToolbar/editor-height $:/core/ui/EditorToolbar/more $:/core/ui/EditorToolbar/preview $:/core/ui/EditorToolbar/preview-type"
},
"$:/tags/Manager/ItemMain": {
"title": "$:/tags/Manager/ItemMain",
"list": "$:/Manager/ItemMain/WikifiedText $:/Manager/ItemMain/RawText $:/Manager/ItemMain/Fields"
},
"$:/tags/Manager/ItemSidebar": {
"title": "$:/tags/Manager/ItemSidebar",
"list": "$:/Manager/ItemSidebar/Tags $:/Manager/ItemSidebar/Colour $:/Manager/ItemSidebar/Icon $:/Manager/ItemSidebar/Tools"
},
"$:/tags/MoreSideBar": {
"title": "$:/tags/MoreSideBar",
"list": "[[$:/core/ui/MoreSideBar/All]] [[$:/core/ui/MoreSideBar/Recent]] [[$:/core/ui/MoreSideBar/Tags]] [[$:/core/ui/MoreSideBar/Missing]] [[$:/core/ui/MoreSideBar/Drafts]] [[$:/core/ui/MoreSideBar/Orphans]] [[$:/core/ui/MoreSideBar/Types]] [[$:/core/ui/MoreSideBar/System]] [[$:/core/ui/MoreSideBar/Shadows]] [[$:/core/ui/MoreSideBar/Plugins]]",
"text": ""
},
"$:/tags/PageControls": {
"title": "$:/tags/PageControls",
"list": "[[$:/core/ui/Buttons/home]] [[$:/core/ui/Buttons/close-all]] [[$:/core/ui/Buttons/fold-all]] [[$:/core/ui/Buttons/unfold-all]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/new-tiddler]] [[$:/core/ui/Buttons/new-journal]] [[$:/core/ui/Buttons/new-image]] [[$:/core/ui/Buttons/import]] [[$:/core/ui/Buttons/export-page]] [[$:/core/ui/Buttons/control-panel]] [[$:/core/ui/Buttons/advanced-search]] [[$:/core/ui/Buttons/manager]] [[$:/core/ui/Buttons/tag-manager]] [[$:/core/ui/Buttons/language]] [[$:/core/ui/Buttons/palette]] [[$:/core/ui/Buttons/theme]] [[$:/core/ui/Buttons/storyview]] [[$:/core/ui/Buttons/encryption]] [[$:/core/ui/Buttons/timestamp]] [[$:/core/ui/Buttons/full-screen]] [[$:/core/ui/Buttons/print]] [[$:/core/ui/Buttons/save-wiki]] [[$:/core/ui/Buttons/refresh]] [[$:/core/ui/Buttons/more-page-actions]]"
},
"$:/tags/PageTemplate": {
"title": "$:/tags/PageTemplate",
"list": "[[$:/core/ui/PageTemplate/topleftbar]] [[$:/core/ui/PageTemplate/toprightbar]] [[$:/core/ui/PageTemplate/sidebar]] [[$:/core/ui/PageTemplate/story]] [[$:/core/ui/PageTemplate/alerts]]",
"text": ""
},
"$:/tags/SideBar": {
"title": "$:/tags/SideBar",
"list": "[[$:/core/ui/SideBar/Open]] [[$:/core/ui/SideBar/Recent]] [[$:/core/ui/SideBar/Tools]] [[$:/core/ui/SideBar/More]]",
"text": ""
},
"$:/tags/TiddlerInfo": {
"title": "$:/tags/TiddlerInfo",
"list": "[[$:/core/ui/TiddlerInfo/Tools]] [[$:/core/ui/TiddlerInfo/References]] [[$:/core/ui/TiddlerInfo/Tagging]] [[$:/core/ui/TiddlerInfo/List]] [[$:/core/ui/TiddlerInfo/Listed]] [[$:/core/ui/TiddlerInfo/Fields]]",
"text": ""
},
"$:/tags/TiddlerInfo/Advanced": {
"title": "$:/tags/TiddlerInfo/Advanced",
"list": "[[$:/core/ui/TiddlerInfo/Advanced/ShadowInfo]] [[$:/core/ui/TiddlerInfo/Advanced/PluginInfo]]"
},
"$:/tags/ViewTemplate": {
"title": "$:/tags/ViewTemplate",
"list": "[[$:/core/ui/ViewTemplate/title]] [[$:/core/ui/ViewTemplate/unfold]] [[$:/core/ui/ViewTemplate/subtitle]] [[$:/core/ui/ViewTemplate/tags]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/ViewTemplate/body]]"
},
"$:/tags/ViewToolbar": {
"title": "$:/tags/ViewToolbar",
"list": "[[$:/core/ui/Buttons/more-tiddler-actions]] [[$:/core/ui/Buttons/info]] [[$:/core/ui/Buttons/new-here]] [[$:/core/ui/Buttons/new-journal-here]] [[$:/core/ui/Buttons/clone]] [[$:/core/ui/Buttons/export-tiddler]] [[$:/core/ui/Buttons/edit]] [[$:/core/ui/Buttons/delete]] [[$:/core/ui/Buttons/permalink]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/open-window]] [[$:/core/ui/Buttons/close-others]] [[$:/core/ui/Buttons/close]] [[$:/core/ui/Buttons/fold-others]] [[$:/core/ui/Buttons/fold]]"
},
"$:/snippets/themeswitcher": {
"title": "$:/snippets/themeswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Theme/\n<<lingo Prompt>> <$view tiddler={{$:/theme}} field=\"name\"/>\n\n<$linkcatcher to=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\"><div><$reveal state=\"$:/theme\" type=\"match\" text={{!!title}}>•</$reveal><$reveal state=\"$:/theme\" type=\"nomatch\" text={{!!title}}> </$reveal> <$link to={{!!title}}>''<$view field=\"name\" format=\"text\"/>'' <$view field=\"description\" format=\"text\"/></$link></div>\n</$list>\n</$linkcatcher>"
},
"$:/core/wiki/title": {
"title": "$:/core/wiki/title",
"type": "text/vnd.tiddlywiki",
"text": "{{$:/SiteTitle}} --- {{$:/SiteSubtitle}}"
},
"$:/view": {
"title": "$:/view",
"text": "classic"
},
"$:/snippets/viewswitcher": {
"title": "$:/snippets/viewswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/StoryView/\n<<lingo Prompt>> <$select tiddler=\"$:/view\">\n<$list filter=\"[storyviews[]]\">\n<option><$view field=\"title\"/></option>\n</$list>\n</$select>"
}
}
}
<$list filter={{$:/core/Filters/Missing!!filter}} template="$:/core/ui/MissingTemplate"/>
<div class="tc-more-sidebar"> <<tabs "[all[shadows+tiddlers]tag[$:/tags/MoreSideBar]!has[draft.of]]" "$:/core/ui/MoreSideBar/Tags" "$:/state/tab/moresidebar" "tc-vertical">> </div>
\define lingo-base() $:/language/CloseAll/
\define drop-actions()
<$action-listops $tiddler="$:/StoryList" $subfilter="+[insertbefore:currentTiddler<actionTiddler>]"/>
\end
<$list filter="[list[$:/StoryList]]" history="$:/HistoryList" storyview="pop">
<div style="position: relative;">
<$droppable actions=<<drop-actions>>>
<div class="tc-droppable-placeholder">
</div>
<div>
<$button message="tm-close-tiddler" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class="tc-btn-invisible tc-btn-mini">×</$button> <$link to={{!!title}}><$view field="title"/></$link>
</div>
</$droppable>
</div>
</$list>
<$tiddler tiddler="">
<$droppable actions=<<drop-actions>>>
<div class="tc-droppable-placeholder">
</div>
<$button message="tm-close-all-tiddlers" class="tc-btn-invisible tc-btn-mini"><<lingo Button>></$button>
</$droppable>
</$tiddler>
<$macrocall $name="timeline" format={{$:/language/RecentChanges/DateFormat}}/>
\define lingo-base() $:/language/ControlPanel/ \define config-title() $:/config/PageControlButtons/Visibility/$(listItem)$ \end <<lingo Basics/Version/Prompt>> <<version>> <$set name="tv-config-toolbar-icons" value="yes"> <$set name="tv-config-toolbar-text" value="yes"> <$set name="tv-config-toolbar-class" value=""> <$list filter="[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]" variable="listItem"> <div style="position:relative;"> <$checkbox tiddler=<<config-title>> field="text" checked="show" unchecked="hide" default="show"/> <$transclude tiddler=<<listItem>>/> <i class="tc-muted"><$transclude tiddler=<<listItem>> field="description"/></i> </div> </$list> </$set> </$set> </$set>
<!--<<tag "Days">><<tag "Projects">><<tag More>>-->{{$:/core/ui/Buttons/home}}
<$reveal state="$:/state/sidebar" type="nomatch" text="no">
<$button set="$:/state/sidebar" setTo="no" tooltip={{$:/language/Buttons/HideSideBar/Hint}} aria-label={{$:/language/Buttons/HideSideBar/Caption}} class="tc-btn-invisible">{{$:/core/images/chevron-right}}</$button>
</$reveal>
<$reveal state="$:/state/sidebar" type="match" text="no">
<$button set="$:/state/sidebar" setTo="yes" tooltip={{$:/language/Buttons/ShowSideBar/Hint}} aria-label={{$:/language/Buttons/ShowSideBar/Caption}} class="tc-btn-invisible">{{$:/core/images/chevron-left}}</$button>
</$reveal>
\define frame-classes()
tc-tiddler-frame tc-tiddler-view-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$ $(tiddlerTagClasses)$
\end
\define frame-styles()
background-color: $(backgroundColour)$;
border-color: $(backgroundColour)$;
\end
<$set name="storyTiddler" value=<<currentTiddler>>><$set name="tiddlerInfoState" value=<<qualify "$:/state/popup/tiddler-info">>><$set name="backgroundColour" value={{!!background-color}}><$tiddler tiddler=<<currentTiddler>>><div class=<<frame-classes>> style=<<frame-styles>>><$list filter="[all[shadows+tiddlers]tag[$:/tags/ViewTemplate]!has[draft.of]]" variable="listItem"><$transclude tiddler=<<listItem>>/></$list>
</div>
</$tiddler></$set></$set></$set>
<div class="tc-next" style="margin-left:-30px;margin-top:-20px;"> <<endslideshow>> </div>
<div class="tc-next" style="margin-left:-30px;margin-top:-30px;">
<$list filter="[all[current]next[$:/StoryList]]">
<$link to={{!!title}}>
{{$:/core/images/down-arrow}}
</$link>
</$list>
</div>
<div class="tc-next" style="margin-left:-30px;margin-top:-30px;">
<$list filter="[all[current]previous[$:/StoryList]]">
<$link to={{!!title}}>
{{$:/core/images/up-arrow}}
</$link>
</$list>
</div>
[[Hello There]]
DesignWriteStudio
Hello There
no
Hello There
$:/palettes/DWS
alert-background: #ffe476 alert-border: #b99e2f alert-highlight: #881122 alert-muted-foreground: #b99e2f background: #ffffff blockquote-bar: <<colour muted-foreground>> button-background: button-foreground: button-border: code-background: #f7f7f9 code-border: #e1e1e8 code-foreground: #dd1144 dirty-indicator: #ff0000 download-background: #66cccc download-foreground: <<colour background>> dragger-background: <<colour foreground>> dragger-foreground: <<colour background>> dropdown-background: <<colour background>> dropdown-border: <<colour muted-foreground>> dropdown-tab-background-selected: #fff dropdown-tab-background: #ececec dropzone-background: rgba(0,200,0,0.7) external-link-background-hover: inherit external-link-background-visited: inherit external-link-background: inherit external-link-foreground-hover: inherit external-link-foreground-visited: #0000aa external-link-foreground: #0000ee foreground: #333333 message-background: #ecf2ff message-border: #cfd6e6 message-foreground: #547599 modal-backdrop: <<colour foreground>> modal-background: <<colour background>> modal-border: #999999 modal-footer-background: #f5f5f5 modal-footer-border: #dddddd modal-header-border: #eeeeee muted-foreground: #999999 notification-background: #ffffdd notification-border: #999999 page-background: #ffffff pre-background: #f5f5f5 pre-border: #cccccc primary: #7897f3 sidebar-button-foreground: <<colour foreground>> sidebar-controls-foreground-hover: #000000 sidebar-controls-foreground: #ccc sidebar-foreground-shadow: rgba(255,255,255, 0.8) sidebar-foreground: #acacac sidebar-muted-foreground-hover: #444444 sidebar-muted-foreground: #c0c0c0 sidebar-tab-background-selected: #fec26e sidebar-tab-background: <<colour tab-background>> sidebar-tab-border-selected: <<colour tab-border-selected>> sidebar-tab-border: <<colour tab-border>> sidebar-tab-divider: <<colour tab-divider>> sidebar-tab-foreground-selected: sidebar-tab-foreground: <<colour tab-foreground>> sidebar-tiddler-link-foreground-hover: #444444 sidebar-tiddler-link-foreground: #7897f3 site-title-foreground: <<colour tiddler-title-foreground>> static-alert-foreground: #aaaaaa tab-background-selected: #ecb535 tab-background: #f2e7c9 tab-border-selected: #e6a82a tab-border: #7d95f2 tab-divider: #d8d8d8 tab-foreground-selected: #000 tab-foreground: #000 table-border: #dddddd table-footer-background: #a8a8a8 table-header-background: #f0f0f0 tag-background: #ffeedd tag-foreground: #000 tiddler-background: <<colour background>> tiddler-border: #eee tiddler-controls-foreground-hover: #888888 tiddler-controls-foreground-selected: #444444 tiddler-controls-foreground: #cccccc tiddler-editor-background: #f8f8f8 tiddler-editor-border-image: #ffffff tiddler-editor-border: #cccccc tiddler-editor-fields-even: #e0e8e0 tiddler-editor-fields-odd: #f0f4f0 tiddler-info-background: #f8f8f8 tiddler-info-border: #dddddd tiddler-info-tab-background: #f8f8f8 tiddler-link-background: <<colour background>> tiddler-link-foreground: <<colour primary>> tiddler-subtitle-foreground: #c0c0c0 tiddler-title-foreground: #ff9900 toolbar-new-button: toolbar-options-button: toolbar-save-button: toolbar-info-button: toolbar-edit-button: toolbar-close-button: toolbar-delete-button: toolbar-cancel-button: toolbar-done-button: untagged-background: #999999 very-muted-foreground: #888888 1: #DEFF65 2: #FF62f9 3: #FF7575 4: #5AD3FF 5: #A7FF7B 6: #DEFF65 7: #FF62f9 8: #FF7575 9: #5AD3FF 10: #A7FF7B 11: #FF62f9 12: #FF9563 13: #FF7575 14: #5AD3FF 15: #A7FF7B
{
"tiddlers": {
"$:/plugins/tiddlywiki/excel-utils/deserializer.js": {
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/excel-utils/deserializer.js\ntype: application/javascript\nmodule-type: tiddlerdeserializer\n\nXLSX file deserializer\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar bibtexParse = require(\"$:/plugins/tiddlywiki/bibtex/bibtexParse.js\");\n\n/*\nParse an XLSX file into tiddlers\n*/\nexports[\"application/x-bibtex\"] = function(text,fields) {\n\tvar data,\n\t\tresults = [];\n\t// Parse the text\n\ttry {\n\t\tdata = bibtexParse.toJSON(text)\n\t} catch(ex) {\n\t\tdata = ex.toString();\n\t}\n\tif(typeof data === \"string\") {\n\t\treturn [{\n\t\t\ttitle: \"BibTeX import error: \" + data,\n\t\t}];\n\t}\n\t// Convert each entry\n\t$tw.utils.each(data,function(entry) {\n\t\tvar fields = {\n\t\t\ttitle: entry.citationKey,\n\t\t\t\"bibtex-entry-type\": entry.entryType\n\t\t};\n\t\t$tw.utils.each(entry.entryTags,function(value,name) {\n\t\t\tfields[\"bibtex-\" + name] = value;\n\t\t});\n\t\tresults.push(fields);\n\t});\n\t// Return the output tiddlers\n\treturn results;\n};\n\n})();\n",
"title": "$:/plugins/tiddlywiki/excel-utils/deserializer.js",
"type": "application/javascript",
"module-type": "tiddlerdeserializer"
},
"$:/plugins/tiddlywiki/bibtex/readme": {
"title": "$:/plugins/tiddlywiki/bibtex/readme",
"text": "The BibTeX plugin provides a deserializer that can convert bibliographic entries in `.bib` files into individual tiddlers.\n\nYou can use it in the browser by dragging and dropping a `.bib` file into the TiddlyWiki window. Under Node.js, use the `--load` command to load a `.bib` file.\n\nThe conversion is as follows:\n\n* `title` comes from citationKey\n* `bibtex-entry-type` comes from entryType\n* all `entryTags` are assigned to fields with the prefix `bibtex-`\n\nThe BibTeX plugin is based on the library [[bibtexParseJs by Henrik Muehe and Mikola Lysenko|https://github.com/ORCID/bibtexParseJs]].\n"
},
"$:/plugins/tiddlywiki/bibtex/bibtexParse.js": {
"text": "/* start bibtexParse 0.0.22 */\n\n//Original work by Henrik Muehe (c) 2010\n//\n//CommonJS port by Mikola Lysenko 2013\n//\n//Port to Browser lib by ORCID / RCPETERS\n//\n//Issues:\n//no comment handling within strings\n//no string concatenation\n//no variable values yet\n//Grammar implemented here:\n//bibtex -> (string | preamble | comment | entry)*;\n//string -> '@STRING' '{' key_equals_value '}';\n//preamble -> '@PREAMBLE' '{' value '}';\n//comment -> '@COMMENT' '{' value '}';\n//entry -> '@' key '{' key ',' key_value_list '}';\n//key_value_list -> key_equals_value (',' key_equals_value)*;\n//key_equals_value -> key '=' value;\n//value -> value_quotes | value_braces | key;\n//value_quotes -> '\"' .*? '\"'; // not quite\n//value_braces -> '{' .*? '\"'; // not quite\n(function(exports) {\n\n function BibtexParser() {\n \n this.months = [\"jan\", \"feb\", \"mar\", \"apr\", \"may\", \"jun\", \"jul\", \"aug\", \"sep\", \"oct\", \"nov\", \"dec\"];\n this.notKey = [',','{','}',' ','='];\n this.pos = 0;\n this.input = \"\";\n this.entries = new Array();\n\n this.currentEntry = \"\";\n\n this.setInput = function(t) {\n this.input = t;\n };\n\n this.getEntries = function() {\n return this.entries;\n };\n\n this.isWhitespace = function(s) {\n return (s == ' ' || s == '\\r' || s == '\\t' || s == '\\n');\n };\n\n this.match = function(s, canCommentOut) {\n if (canCommentOut == undefined || canCommentOut == null)\n canCommentOut = true;\n this.skipWhitespace(canCommentOut);\n if (this.input.substring(this.pos, this.pos + s.length) == s) {\n this.pos += s.length;\n } else {\n throw \"Token mismatch, expected \" + s + \", found \"\n + this.input.substring(this.pos);\n };\n this.skipWhitespace(canCommentOut);\n };\n\n this.tryMatch = function(s, canCommentOut) {\n if (canCommentOut == undefined || canCommentOut == null)\n canCommentOut = true;\n this.skipWhitespace(canCommentOut);\n if (this.input.substring(this.pos, this.pos + s.length) == s) {\n return true;\n } else {\n return false;\n };\n this.skipWhitespace(canCommentOut);\n };\n\n /* when search for a match all text can be ignored, not just white space */\n this.matchAt = function() {\n while (this.input.length > this.pos && this.input[this.pos] != '@') {\n this.pos++;\n };\n\n if (this.input[this.pos] == '@') {\n return true;\n };\n return false;\n };\n\n this.skipWhitespace = function(canCommentOut) {\n while (this.isWhitespace(this.input[this.pos])) {\n this.pos++;\n };\n if (this.input[this.pos] == \"%\" && canCommentOut == true) {\n while (this.input[this.pos] != \"\\n\") {\n this.pos++;\n };\n this.skipWhitespace(canCommentOut);\n };\n };\n\n this.value_braces = function() {\n var bracecount = 0;\n this.match(\"{\", false);\n var start = this.pos;\n var escaped = false;\n while (true) {\n if (!escaped) {\n if (this.input[this.pos] == '}') {\n if (bracecount > 0) {\n bracecount--;\n } else {\n var end = this.pos;\n this.match(\"}\", false);\n return this.input.substring(start, end);\n };\n } else if (this.input[this.pos] == '{') {\n bracecount++;\n } else if (this.pos >= this.input.length - 1) {\n throw \"Unterminated value\";\n };\n };\n if (this.input[this.pos] == '\\\\' && escaped == false)\n escaped = true;\n else\n escaped = false;\n this.pos++;\n };\n };\n\n this.value_comment = function() {\n var str = '';\n var brcktCnt = 0;\n while (!(this.tryMatch(\"}\", false) && brcktCnt == 0)) {\n str = str + this.input[this.pos];\n if (this.input[this.pos] == '{')\n brcktCnt++;\n if (this.input[this.pos] == '}')\n brcktCnt--;\n if (this.pos >= this.input.length - 1) {\n throw \"Unterminated value:\" + this.input.substring(start);\n };\n this.pos++;\n };\n return str;\n };\n\n this.value_quotes = function() {\n this.match('\"', false);\n var start = this.pos;\n var escaped = false;\n while (true) {\n if (!escaped) {\n if (this.input[this.pos] == '\"') {\n var end = this.pos;\n this.match('\"', false);\n return this.input.substring(start, end);\n } else if (this.pos >= this.input.length - 1) {\n throw \"Unterminated value:\" + this.input.substring(start);\n };\n }\n if (this.input[this.pos] == '\\\\' && escaped == false)\n escaped = true;\n else\n escaped = false;\n this.pos++;\n };\n };\n\n this.single_value = function() {\n var start = this.pos;\n if (this.tryMatch(\"{\")) {\n return this.value_braces();\n } else if (this.tryMatch('\"')) {\n return this.value_quotes();\n } else {\n var k = this.key();\n if (k.match(\"^[0-9]+$\"))\n return k;\n else if (this.months.indexOf(k.toLowerCase()) >= 0)\n return k.toLowerCase();\n else\n throw \"Value expected:\" + this.input.substring(start) + ' for key: ' + k;\n \n };\n };\n\n this.value = function() {\n var values = [];\n values.push(this.single_value());\n while (this.tryMatch(\"#\")) {\n this.match(\"#\");\n values.push(this.single_value());\n };\n return values.join(\"\");\n };\n\n this.key = function(optional) {\n var start = this.pos;\n while (true) {\n if (this.pos >= this.input.length) {\n throw \"Runaway key\";\n };\n // а-яА-Я is Cyrillic\n //console.log(this.input[this.pos]);\n if (this.notKey.indexOf(this.input[this.pos]) >= 0) {\n if (optional && this.input[this.pos] != ',') {\n this.pos = start;\n return null;\n };\n return this.input.substring(start, this.pos);\n } else {\n this.pos++;\n \n };\n };\n };\n\n this.key_equals_value = function() {\n var key = this.key();\n if (this.tryMatch(\"=\")) {\n this.match(\"=\");\n var val = this.value();\n return [ key, val ];\n } else {\n throw \"... = value expected, equals sign missing:\"\n + this.input.substring(this.pos);\n };\n };\n\n this.key_value_list = function() {\n var kv = this.key_equals_value();\n this.currentEntry['entryTags'] = {};\n this.currentEntry['entryTags'][kv[0]] = kv[1];\n while (this.tryMatch(\",\")) {\n this.match(\",\");\n // fixes problems with commas at the end of a list\n if (this.tryMatch(\"}\")) {\n break;\n }\n ;\n kv = this.key_equals_value();\n this.currentEntry['entryTags'][kv[0]] = kv[1];\n };\n };\n\n this.entry_body = function(d) {\n this.currentEntry = {};\n this.currentEntry['citationKey'] = this.key(true);\n this.currentEntry['entryType'] = d.substring(1);\n if (this.currentEntry['citationKey'] != null) { \n this.match(\",\");\n }\n this.key_value_list();\n this.entries.push(this.currentEntry);\n };\n\n this.directive = function() {\n this.match(\"@\");\n return \"@\" + this.key();\n };\n\n this.preamble = function() {\n this.currentEntry = {};\n this.currentEntry['entryType'] = 'PREAMBLE';\n this.currentEntry['entry'] = this.value_comment();\n this.entries.push(this.currentEntry);\n };\n\n this.comment = function() {\n this.currentEntry = {};\n this.currentEntry['entryType'] = 'COMMENT';\n this.currentEntry['entry'] = this.value_comment();\n this.entries.push(this.currentEntry);\n };\n\n this.entry = function(d) {\n this.entry_body(d);\n };\n\n this.alernativeCitationKey = function () {\n this.entries.forEach(function (entry) {\n if (!entry.citationKey && entry.entryTags) {\n entry.citationKey = '';\n if (entry.entryTags.author) {\n entry.citationKey += entry.entryTags.author.split(',')[0] += ', ';\n }\n entry.citationKey += entry.entryTags.year;\n }\n });\n }\n\n this.bibtex = function() {\n while (this.matchAt()) {\n var d = this.directive();\n this.match(\"{\");\n if (d == \"@STRING\") {\n this.string();\n } else if (d == \"@PREAMBLE\") {\n this.preamble();\n } else if (d == \"@COMMENT\") {\n this.comment();\n } else {\n this.entry(d);\n }\n this.match(\"}\");\n };\n\n this.alernativeCitationKey();\n };\n };\n \n exports.toJSON = function(bibtex) {\n var b = new BibtexParser();\n b.setInput(bibtex);\n b.bibtex();\n return b.entries;\n };\n\n /* added during hackathon don't hate on me */\n exports.toBibtex = function(json) {\n var out = '';\n for ( var i in json) {\n out += \"@\" + json[i].entryType;\n out += '{';\n if (json[i].citationKey)\n out += json[i].citationKey + ', ';\n if (json[i].entry)\n out += json[i].entry ;\n if (json[i].entryTags) {\n var tags = '';\n for (var jdx in json[i].entryTags) {\n if (tags.length != 0)\n tags += ', ';\n tags += jdx + '= {' + json[i].entryTags[jdx] + '}';\n }\n out += tags;\n }\n out += '}\\n\\n';\n }\n return out;\n \n };\n\n})(typeof exports === 'undefined' ? this['bibtexParse'] = {} : exports);\n\n/* end bibtexParse */\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/bibtex/bibtexParse.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/bibtex/license": {
"text": "\nThe MIT License (MIT)\nCopyright (c) 2013 ORCID, Inc.\n\nCopyright (c) 2010 Henrik Muehe\n\nPermission is hereby granted, free of charge, to any person obtaining a copy\nof this software and associated documentation files (the \"Software\"), to deal\nin the Software without restriction, including without limitation the rights\nto use, copy, modify, merge, publish, distribute, sublicense, and/or sell\ncopies of the Software, and to permit persons to whom the Software is\nfurnished to do so, subject to the following conditions:\n\nThe above copyright notice and this permission notice shall be included in\nall copies or substantial portions of the Software.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\nIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\nFITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\nAUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\nLIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\nOUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN\nTHE SOFTWARE.\n",
"type": "text/plain",
"title": "$:/plugins/tiddlywiki/bibtex/license"
}
}
}
{
"tiddlers": {
"$:/config/HighlightPlugin/TypeMappings/application/javascript": {
"title": "$:/config/HighlightPlugin/TypeMappings/application/javascript",
"text": "javascript"
},
"$:/config/HighlightPlugin/TypeMappings/application/json": {
"title": "$:/config/HighlightPlugin/TypeMappings/application/json",
"text": "json"
},
"$:/config/HighlightPlugin/TypeMappings/text/css": {
"title": "$:/config/HighlightPlugin/TypeMappings/text/css",
"text": "css"
},
"$:/config/HighlightPlugin/TypeMappings/text/html": {
"title": "$:/config/HighlightPlugin/TypeMappings/text/html",
"text": "html"
},
"$:/config/HighlightPlugin/TypeMappings/image/svg+xml": {
"title": "$:/config/HighlightPlugin/TypeMappings/image/svg+xml",
"text": "xml"
},
"$:/config/HighlightPlugin/TypeMappings/text/x-markdown": {
"title": "$:/config/HighlightPlugin/TypeMappings/text/x-markdown",
"text": "markdown"
},
"$:/plugins/tiddlywiki/highlight/highlight.js": {
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"text": "/*\\\ntitle: $:/plugins/tiddlywiki/highlight/highlightblock.js\ntype: application/javascript\nmodule-type: widget\n\nWraps up the fenced code blocks parser for highlight and use in TiddlyWiki5\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar TYPE_MAPPINGS_BASE = \"$:/config/HighlightPlugin/TypeMappings/\";\n\nvar CodeBlockWidget = require(\"$:/core/modules/widgets/codeblock.js\").codeblock;\n\nvar hljs = require(\"$:/plugins/tiddlywiki/highlight/highlight.js\");\n\nhljs.configure({tabReplace: \" \"});\t\n\nCodeBlockWidget.prototype.postRender = function() {\n\tvar domNode = this.domNodes[0],\n\t\tlanguage = this.language,\n\t\ttiddler = this.wiki.getTiddler(TYPE_MAPPINGS_BASE + language);\n\tif(tiddler) {\n\t\tlanguage = tiddler.fields.text || \"\";\n\t}\n\tif(language && hljs.listLanguages().indexOf(language) !== -1) {\n\t\tdomNode.className = language.toLowerCase() + \" hljs\";\n\t\tif($tw.browser && !domNode.isTiddlyWikiFakeDom) {\n\t\t\thljs.highlightBlock(domNode);\t\t\t\n\t\t} else {\n\t\t\tvar text = domNode.textContent;\n\t\t\tdomNode.children[0].innerHTML = hljs.fixMarkup(hljs.highlight(language,text).value);\n\t\t\t// If we're using the fakedom then specially save the original raw text\n\t\t\tif(domNode.isTiddlyWikiFakeDom) {\n\t\t\t\tdomNode.children[0].textInnerHTML = text;\n\t\t\t}\n\t\t}\n\t}\t\n};\n\n})();\n",
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"title": "$:/plugins/tiddlywiki/highlight/license",
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"text": "Copyright (c) 2006, Ivan Sagalaev\nAll rights reserved.\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are met:\n\n * Redistributions of source code must retain the above copyright\n notice, this list of conditions and the following disclaimer.\n * Redistributions in binary form must reproduce the above copyright\n notice, this list of conditions and the following disclaimer in the\n documentation and/or other materials provided with the distribution.\n * Neither the name of highlight.js nor the names of its contributors\n may be used to endorse or promote products derived from this software\n without specific prior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE REGENTS AND CONTRIBUTORS ``AS IS'' AND ANY\nEXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\nWARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\nDISCLAIMED. IN NO EVENT SHALL THE REGENTS AND CONTRIBUTORS BE LIABLE FOR ANY\nDIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\nLOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND\nON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\nSOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n"
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"title": "$:/plugins/tiddlywiki/highlight/readme",
"text": "This plugin provides syntax highlighting of code blocks using v8.8.0 of [[highlight.js|https://github.com/isagalaev/highlight.js]] from Ivan Sagalaev.\n\n! Usage\n\nWhen the plugin is installed it automatically applies highlighting to all codeblocks defined with triple backticks or with the CodeBlockWidget.\n\nThe language can optionally be specified after the opening triple braces:\n\n<$codeblock code=\"\"\"```css\n * { margin: 0; padding: 0; } /* micro reset */\n\nhtml { font-size: 62.5%; }\nbody { font-size: 14px; font-size: 1.4rem; } /* =14px */\nh1 { font-size: 24px; font-size: 2.4rem; } /* =24px */\n```\"\"\"/>\n\nIf no language is specified highlight.js will attempt to automatically detect the language.\n\n! Built-in Language Brushes\n\nThe plugin includes support for the following languages (referred to as \"brushes\" by highlight.js):\n\n* apache\n* bash\n* coffeescript\n* cpp\n* cs\n* css\n* diff\n* http\n* ini\n* java\n* javascript\n* json\n* makefile\n* markdown\n* nginx\n* objectivec\n* perl\n* php\n* python\n* ruby\n* sql\n* xml\n\nYou can also specify the language as a MIME content type (eg `text/html` or `text/css`). The mapping is accomplished via mapping tiddlers whose titles start with `$:/config/HighlightPlugin/TypeMappings/`.\n"
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"text": ".hljs{display:block;overflow-x:auto;padding:.5em;color:#333;background:#f8f8f8;-webkit-text-size-adjust:none}.hljs-comment,.diff .hljs-header,.hljs-javadoc{color:#998;font-style:italic}.hljs-keyword,.css .rule .hljs-keyword,.hljs-winutils,.nginx .hljs-title,.hljs-subst,.hljs-request,.hljs-status{color:#333;font-weight:bold}.hljs-number,.hljs-hexcolor,.ruby .hljs-constant{color:teal}.hljs-string,.hljs-tag .hljs-value,.hljs-phpdoc,.hljs-dartdoc,.tex .hljs-formula{color:#d14}.hljs-title,.hljs-id,.scss .hljs-preprocessor{color:#900;font-weight:bold}.hljs-list .hljs-keyword,.hljs-subst{font-weight:normal}.hljs-class .hljs-title,.hljs-type,.vhdl .hljs-literal,.tex .hljs-command{color:#458;font-weight:bold}.hljs-tag,.hljs-tag .hljs-title,.hljs-rule .hljs-property,.django .hljs-tag .hljs-keyword{color:navy;font-weight:normal}.hljs-attribute,.hljs-variable,.lisp .hljs-body,.hljs-name{color:teal}.hljs-regexp{color:#009926}.hljs-symbol,.ruby .hljs-symbol .hljs-string,.lisp .hljs-keyword,.clojure .hljs-keyword,.scheme .hljs-keyword,.tex .hljs-special,.hljs-prompt{color:#990073}.hljs-built_in{color:#0086b3}.hljs-preprocessor,.hljs-pragma,.hljs-pi,.hljs-doctype,.hljs-shebang,.hljs-cdata{color:#999;font-weight:bold}.hljs-deletion{background:#fdd}.hljs-addition{background:#dfd}.diff .hljs-change{background:#0086b3}.hljs-chunk{color:#aaa}"
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"$:/plugins/tiddlywiki/highlight/usage": {
"title": "$:/plugins/tiddlywiki/highlight/usage",
"text": "! Usage\n\nFenced code blocks can have a language specifier added to trigger highlighting in a specific language. Otherwise heuristics are used to detect the language.\n\n```\n ```js\n var a = b + c; // Highlighted as JavaScript\n ```\n```\n! Adding Themes\n\nYou can add themes from highlight.js by copying the CSS to a new tiddler and tagging it with [[$:/tags/Stylesheet]]. The available themes can be found on GitHub:\n\nhttps://github.com/isagalaev/highlight.js/tree/master/src/styles\n"
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b=this.data.slice(this.index,this.index+a);return this.index+=a,b},b.exports=c},{\"./dataReader\":5,\"./utils\":21}],16:[function(a,b){\"use strict\";var c=a(\"./utils\"),d=function(){this.data=[]};d.prototype={append:function(a){a=c.transformTo(\"string\",a),this.data.push(a)},finalize:function(){return this.data.join(\"\")}},b.exports=d},{\"./utils\":21}],17:[function(a,b,c){(function(a){\"use strict\";if(c.base64=!0,c.array=!0,c.string=!0,c.arraybuffer=\"undefined\"!=typeof ArrayBuffer&&\"undefined\"!=typeof Uint8Array,c.nodebuffer=\"undefined\"!=typeof a,c.uint8array=\"undefined\"!=typeof Uint8Array,\"undefined\"==typeof ArrayBuffer)c.blob=!1;else{var b=new ArrayBuffer(0);try{c.blob=0===new Blob([b],{type:\"application/zip\"}).size}catch(d){try{var e=window.BlobBuilder||window.WebKitBlobBuilder||window.MozBlobBuilder||window.MSBlobBuilder,f=new e;f.append(b),c.blob=0===f.getBlob(\"application/zip\").size}catch(d){c.blob=!1}}}}).call(this,\"undefined\"!=typeof Buffer?Buffer:void 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strict\";for(var d=a(\"./utils\"),e=a(\"./support\"),f=a(\"./nodeBuffer\"),g=new Array(256),h=0;256>h;h++)g[h]=h>=252?6:h>=248?5:h>=240?4:h>=224?3:h>=192?2:1;g[254]=g[254]=1;var i=function(a){var b,c,d,f,g,h=a.length,i=0;for(f=0;h>f;f++)c=a.charCodeAt(f),55296===(64512&c)&&h>f+1&&(d=a.charCodeAt(f+1),56320===(64512&d)&&(c=65536+(c-55296<<10)+(d-56320),f++)),i+=128>c?1:2048>c?2:65536>c?3:4;for(b=e.uint8array?new Uint8Array(i):new Array(i),g=0,f=0;i>g;f++)c=a.charCodeAt(f),55296===(64512&c)&&h>f+1&&(d=a.charCodeAt(f+1),56320===(64512&d)&&(c=65536+(c-55296<<10)+(d-56320),f++)),128>c?b[g++]=c:2048>c?(b[g++]=192|c>>>6,b[g++]=128|63&c):65536>c?(b[g++]=224|c>>>12,b[g++]=128|c>>>6&63,b[g++]=128|63&c):(b[g++]=240|c>>>18,b[g++]=128|c>>>12&63,b[g++]=128|c>>>6&63,b[g++]=128|63&c);return b},j=function(a,b){var c;for(b=b||a.length,b>a.length&&(b=a.length),c=b-1;c>=0&&128===(192&a[c]);)c--;return 0>c?b:0===c?b:c+g[a[c]]>b?c:b},k=function(a){var b,c,e,f,h=a.length,i=new Array(2*h);for(c=0,b=0;h>b;)if(e=a[b++],128>e)i[c++]=e;else if(f=g[e],f>4)i[c++]=65533,b+=f-1;else{for(e&=2===f?31:3===f?15:7;f>1&&h>b;)e=e<<6|63&a[b++],f--;f>1?i[c++]=65533:65536>e?i[c++]=e:(e-=65536,i[c++]=55296|e>>10&1023,i[c++]=56320|1023&e)}return i.length!==c&&(i.subarray?i=i.subarray(0,c):i.length=c),d.applyFromCharCode(i)};c.utf8encode=function(a){return e.nodebuffer?f(a,\"utf-8\"):i(a)},c.utf8decode=function(a){if(e.nodebuffer)return d.transformTo(\"nodebuffer\",a).toString(\"utf-8\");a=d.transformTo(e.uint8array?\"uint8array\":\"array\",a);for(var b=[],c=0,f=a.length,g=65536;f>c;){var h=j(a,Math.min(c+g,f));b.push(e.uint8array?k(a.subarray(c,h)):k(a.slice(c,h))),c=h}return b.join(\"\")}},{\"./nodeBuffer\":11,\"./support\":17,\"./utils\":21}],21:[function(a,b,c){\"use strict\";function d(a){return a}function e(a,b){for(var c=0;c<a.length;++c)b[c]=255&a.charCodeAt(c);return b}function f(a){var b=65536,d=[],e=a.length,f=c.getTypeOf(a),g=0,h=!0;try{switch(f){case\"uint8array\":String.fromCharCode.apply(null,new Uint8Array(0));break;case\"nodebuffer\":String.fromCharCode.apply(null,j(0))}}catch(i){h=!1}if(!h){for(var k=\"\",l=0;l<a.length;l++)k+=String.fromCharCode(a[l]);return k}for(;e>g&&b>1;)try{d.push(\"array\"===f||\"nodebuffer\"===f?String.fromCharCode.apply(null,a.slice(g,Math.min(g+b,e))):String.fromCharCode.apply(null,a.subarray(g,Math.min(g+b,e)))),g+=b}catch(i){b=Math.floor(b/2)}return d.join(\"\")}function g(a,b){for(var c=0;c<a.length;c++)b[c]=a[c];return b}var h=a(\"./support\"),i=a(\"./compressions\"),j=a(\"./nodeBuffer\");c.string2binary=function(a){for(var b=\"\",c=0;c<a.length;c++)b+=String.fromCharCode(255&a.charCodeAt(c));return b},c.arrayBuffer2Blob=function(a,b){c.checkSupport(\"blob\"),b=b||\"application/zip\";try{return new Blob([a],{type:b})}catch(d){try{var e=window.BlobBuilder||window.WebKitBlobBuilder||window.MozBlobBuilder||window.MSBlobBuilder,f=new e;return f.append(a),f.getBlob(b)}catch(d){throw new Error(\"Bug : can't construct the Blob.\")}}},c.applyFromCharCode=f;var k={};k.string={string:d,array:function(a){return e(a,new Array(a.length))},arraybuffer:function(a){return k.string.uint8array(a).buffer},uint8array:function(a){return e(a,new Uint8Array(a.length))},nodebuffer:function(a){return e(a,j(a.length))}},k.array={string:f,array:d,arraybuffer:function(a){return new Uint8Array(a).buffer},uint8array:function(a){return new Uint8Array(a)},nodebuffer:function(a){return j(a)}},k.arraybuffer={string:function(a){return f(new Uint8Array(a))},array:function(a){return g(new Uint8Array(a),new Array(a.byteLength))},arraybuffer:d,uint8array:function(a){return new Uint8Array(a)},nodebuffer:function(a){return j(new Uint8Array(a))}},k.uint8array={string:f,array:function(a){return g(a,new Array(a.length))},arraybuffer:function(a){return a.buffer},uint8array:d,nodebuffer:function(a){return j(a)}},k.nodebuffer={string:f,array:function(a){return g(a,new Array(a.length))},arraybuffer:function(a){return k.nodebuffer.uint8array(a).buffer},uint8array:function(a){return g(a,new Uint8Array(a.length))},nodebuffer:d},c.transformTo=function(a,b){if(b||(b=\"\"),!a)return b;c.checkSupport(a);var d=c.getTypeOf(b),e=k[d][a](b);return e},c.getTypeOf=function(a){return\"string\"==typeof a?\"string\":\"[object Array]\"===Object.prototype.toString.call(a)?\"array\":h.nodebuffer&&j.test(a)?\"nodebuffer\":h.uint8array&&a instanceof Uint8Array?\"uint8array\":h.arraybuffer&&a instanceof ArrayBuffer?\"arraybuffer\":void 0},c.checkSupport=function(a){var b=h[a.toLowerCase()];if(!b)throw new Error(a+\" is not supported by this browser\")},c.MAX_VALUE_16BITS=65535,c.MAX_VALUE_32BITS=-1,c.pretty=function(a){var b,c,d=\"\";for(c=0;c<(a||\"\").length;c++)b=a.charCodeAt(c),d+=\"\\\\x\"+(16>b?\"0\":\"\")+b.toString(16).toUpperCase();return d},c.findCompression=function(a){for(var b in i)if(i.hasOwnProperty(b)&&i[b].magic===a)return i[b];return null},c.isRegExp=function(a){return\"[object RegExp]\"===Object.prototype.toString.call(a)}},{\"./compressions\":3,\"./nodeBuffer\":11,\"./support\":17}],22:[function(a,b){\"use strict\";function c(a,b){this.files=[],this.loadOptions=b,a&&this.load(a)}var d=a(\"./stringReader\"),e=a(\"./nodeBufferReader\"),f=a(\"./uint8ArrayReader\"),g=a(\"./utils\"),h=a(\"./signature\"),i=a(\"./zipEntry\"),j=a(\"./support\"),k=a(\"./object\");c.prototype={checkSignature:function(a){var b=this.reader.readString(4);if(b!==a)throw new Error(\"Corrupted zip or bug : unexpected signature (\"+g.pretty(b)+\", expected \"+g.pretty(a)+\")\")},readBlockEndOfCentral:function(){this.diskNumber=this.reader.readInt(2),this.diskWithCentralDirStart=this.reader.readInt(2),this.centralDirRecordsOnThisDisk=this.reader.readInt(2),this.centralDirRecords=this.reader.readInt(2),this.centralDirSize=this.reader.readInt(4),this.centralDirOffset=this.reader.readInt(4),this.zipCommentLength=this.reader.readInt(2),this.zipComment=this.reader.readString(this.zipCommentLength),this.zipComment=k.utf8decode(this.zipComment)},readBlockZip64EndOfCentral:function(){this.zip64EndOfCentralSize=this.reader.readInt(8),this.versionMadeBy=this.reader.readString(2),this.versionNeeded=this.reader.readInt(2),this.diskNumber=this.reader.readInt(4),this.diskWithCentralDirStart=this.reader.readInt(4),this.centralDirRecordsOnThisDisk=this.reader.readInt(8),this.centralDirRecords=this.reader.readInt(8),this.centralDirSize=this.reader.readInt(8),this.centralDirOffset=this.reader.readInt(8),this.zip64ExtensibleData={};for(var a,b,c,d=this.zip64EndOfCentralSize-44,e=0;d>e;)a=this.reader.readInt(2),b=this.reader.readInt(4),c=this.reader.readString(b),this.zip64ExtensibleData[a]={id:a,length:b,value:c}},readBlockZip64EndOfCentralLocator:function(){if(this.diskWithZip64CentralDirStart=this.reader.readInt(4),this.relativeOffsetEndOfZip64CentralDir=this.reader.readInt(8),this.disksCount=this.reader.readInt(4),this.disksCount>1)throw new Error(\"Multi-volumes zip are not supported\")},readLocalFiles:function(){var a,b;for(a=0;a<this.files.length;a++)b=this.files[a],this.reader.setIndex(b.localHeaderOffset),this.checkSignature(h.LOCAL_FILE_HEADER),b.readLocalPart(this.reader),b.handleUTF8(),b.processAttributes()},readCentralDir:function(){var a;for(this.reader.setIndex(this.centralDirOffset);this.reader.readString(4)===h.CENTRAL_FILE_HEADER;)a=new i({zip64:this.zip64},this.loadOptions),a.readCentralPart(this.reader),this.files.push(a)},readEndOfCentral:function(){var a=this.reader.lastIndexOfSignature(h.CENTRAL_DIRECTORY_END);if(-1===a){var b=!0;try{this.reader.setIndex(0),this.checkSignature(h.LOCAL_FILE_HEADER),b=!1}catch(c){}throw new Error(b?\"Can't find end of central directory : is this a zip file ? If it is, see http://stuk.github.io/jszip/documentation/howto/read_zip.html\":\"Corrupted zip : can't find end of central directory\")}if(this.reader.setIndex(a),this.checkSignature(h.CENTRAL_DIRECTORY_END),this.readBlockEndOfCentral(),this.diskNumber===g.MAX_VALUE_16BITS||this.diskWithCentralDirStart===g.MAX_VALUE_16BITS||this.centralDirRecordsOnThisDisk===g.MAX_VALUE_16BITS||this.centralDirRecords===g.MAX_VALUE_16BITS||this.centralDirSize===g.MAX_VALUE_32BITS||this.centralDirOffset===g.MAX_VALUE_32BITS){if(this.zip64=!0,a=this.reader.lastIndexOfSignature(h.ZIP64_CENTRAL_DIRECTORY_LOCATOR),-1===a)throw new Error(\"Corrupted zip : can't find the ZIP64 end of central directory locator\");this.reader.setIndex(a),this.checkSignature(h.ZIP64_CENTRAL_DIRECTORY_LOCATOR),this.readBlockZip64EndOfCentralLocator(),this.reader.setIndex(this.relativeOffsetEndOfZip64CentralDir),this.checkSignature(h.ZIP64_CENTRAL_DIRECTORY_END),this.readBlockZip64EndOfCentral()}},prepareReader:function(a){var b=g.getTypeOf(a);this.reader=\"string\"!==b||j.uint8array?\"nodebuffer\"===b?new e(a):new f(g.transformTo(\"uint8array\",a)):new d(a,this.loadOptions.optimizedBinaryString)},load:function(a){this.prepareReader(a),this.readEndOfCentral(),this.readCentralDir(),this.readLocalFiles()}},b.exports=c},{\"./nodeBufferReader\":12,\"./object\":13,\"./signature\":14,\"./stringReader\":15,\"./support\":17,\"./uint8ArrayReader\":18,\"./utils\":21,\"./zipEntry\":23}],23:[function(a,b){\"use strict\";function c(a,b){this.options=a,this.loadOptions=b}var d=a(\"./stringReader\"),e=a(\"./utils\"),f=a(\"./compressedObject\"),g=a(\"./object\"),h=0,i=3;c.prototype={isEncrypted:function(){return 1===(1&this.bitFlag)},useUTF8:function(){return 2048===(2048&this.bitFlag)},prepareCompressedContent:function(a,b,c){return function(){var d=a.index;a.setIndex(b);var e=a.readData(c);return a.setIndex(d),e}},prepareContent:function(a,b,c,d,f){return function(){var a=e.transformTo(d.uncompressInputType,this.getCompressedContent()),b=d.uncompress(a);if(b.length!==f)throw new Error(\"Bug : uncompressed data size mismatch\");return b}},readLocalPart:function(a){var b,c;if(a.skip(22),this.fileNameLength=a.readInt(2),c=a.readInt(2),this.fileName=a.readString(this.fileNameLength),a.skip(c),-1==this.compressedSize||-1==this.uncompressedSize)throw new Error(\"Bug or corrupted zip : didn't get enough informations from the central directory (compressedSize == -1 || uncompressedSize == -1)\");if(b=e.findCompression(this.compressionMethod),null===b)throw new Error(\"Corrupted zip : compression \"+e.pretty(this.compressionMethod)+\" unknown (inner file : \"+this.fileName+\")\");if(this.decompressed=new f,this.decompressed.compressedSize=this.compressedSize,this.decompressed.uncompressedSize=this.uncompressedSize,this.decompressed.crc32=this.crc32,this.decompressed.compressionMethod=this.compressionMethod,this.decompressed.getCompressedContent=this.prepareCompressedContent(a,a.index,this.compressedSize,b),this.decompressed.getContent=this.prepareContent(a,a.index,this.compressedSize,b,this.uncompressedSize),this.loadOptions.checkCRC32&&(this.decompressed=e.transformTo(\"string\",this.decompressed.getContent()),g.crc32(this.decompressed)!==this.crc32))throw new Error(\"Corrupted zip : CRC32 mismatch\")},readCentralPart:function(a){if(this.versionMadeBy=a.readInt(2),this.versionNeeded=a.readInt(2),this.bitFlag=a.readInt(2),this.compressionMethod=a.readString(2),this.date=a.readDate(),this.crc32=a.readInt(4),this.compressedSize=a.readInt(4),this.uncompressedSize=a.readInt(4),this.fileNameLength=a.readInt(2),this.extraFieldsLength=a.readInt(2),this.fileCommentLength=a.readInt(2),this.diskNumberStart=a.readInt(2),this.internalFileAttributes=a.readInt(2),this.externalFileAttributes=a.readInt(4),this.localHeaderOffset=a.readInt(4),this.isEncrypted())throw new Error(\"Encrypted zip are not supported\");this.fileName=a.readString(this.fileNameLength),this.readExtraFields(a),this.parseZIP64ExtraField(a),this.fileComment=a.readString(this.fileCommentLength)},processAttributes:function(){this.unixPermissions=null,this.dosPermissions=null;var a=this.versionMadeBy>>8;this.dir=16&this.externalFileAttributes?!0:!1,a===h&&(this.dosPermissions=63&this.externalFileAttributes),a===i&&(this.unixPermissions=this.externalFileAttributes>>16&65535),this.dir||\"/\"!==this.fileName.slice(-1)||(this.dir=!0)},parseZIP64ExtraField:function(){if(this.extraFields[1]){var a=new d(this.extraFields[1].value);this.uncompressedSize===e.MAX_VALUE_32BITS&&(this.uncompressedSize=a.readInt(8)),this.compressedSize===e.MAX_VALUE_32BITS&&(this.compressedSize=a.readInt(8)),this.localHeaderOffset===e.MAX_VALUE_32BITS&&(this.localHeaderOffset=a.readInt(8)),this.diskNumberStart===e.MAX_VALUE_32BITS&&(this.diskNumberStart=a.readInt(4))}},readExtraFields:function(a){var b,c,d,e=a.index;for(this.extraFields=this.extraFields||{};a.index<e+this.extraFieldsLength;)b=a.readInt(2),c=a.readInt(2),d=a.readString(c),this.extraFields[b]={id:b,length:c,value:d}},handleUTF8:function(){if(this.useUTF8())this.fileName=g.utf8decode(this.fileName),this.fileComment=g.utf8decode(this.fileComment);else{var a=this.findExtraFieldUnicodePath();null!==a&&(this.fileName=a);var b=this.findExtraFieldUnicodeComment();null!==b&&(this.fileComment=b)}},findExtraFieldUnicodePath:function(){var a=this.extraFields[28789];if(a){var b=new d(a.value);return 1!==b.readInt(1)?null:g.crc32(this.fileName)!==b.readInt(4)?null:g.utf8decode(b.readString(a.length-5))\n}return null},findExtraFieldUnicodeComment:function(){var a=this.extraFields[25461];if(a){var b=new d(a.value);return 1!==b.readInt(1)?null:g.crc32(this.fileComment)!==b.readInt(4)?null:g.utf8decode(b.readString(a.length-5))}return null}},b.exports=c},{\"./compressedObject\":2,\"./object\":13,\"./stringReader\":15,\"./utils\":21}],24:[function(a,b){\"use strict\";var c=a(\"./lib/utils/common\").assign,d=a(\"./lib/deflate\"),e=a(\"./lib/inflate\"),f=a(\"./lib/zlib/constants\"),g={};c(g,d,e,f),b.exports=g},{\"./lib/deflate\":25,\"./lib/inflate\":26,\"./lib/utils/common\":27,\"./lib/zlib/constants\":30}],25:[function(a,b,c){\"use strict\";function d(a,b){var c=new s(b);if(c.push(a,!0),c.err)throw c.msg;return c.result}function e(a,b){return b=b||{},b.raw=!0,d(a,b)}function f(a,b){return b=b||{},b.gzip=!0,d(a,b)}var g=a(\"./zlib/deflate.js\"),h=a(\"./utils/common\"),i=a(\"./utils/strings\"),j=a(\"./zlib/messages\"),k=a(\"./zlib/zstream\"),l=0,m=4,n=0,o=1,p=-1,q=0,r=8,s=function(a){this.options=h.assign({level:p,method:r,chunkSize:16384,windowBits:15,memLevel:8,strategy:q,to:\"\"},a||{});var b=this.options;b.raw&&b.windowBits>0?b.windowBits=-b.windowBits:b.gzip&&b.windowBits>0&&b.windowBits<16&&(b.windowBits+=16),this.err=0,this.msg=\"\",this.ended=!1,this.chunks=[],this.strm=new k,this.strm.avail_out=0;var c=g.deflateInit2(this.strm,b.level,b.method,b.windowBits,b.memLevel,b.strategy);if(c!==n)throw new Error(j[c]);b.header&&g.deflateSetHeader(this.strm,b.header)};s.prototype.push=function(a,b){var c,d,e=this.strm,f=this.options.chunkSize;if(this.ended)return!1;d=b===~~b?b:b===!0?m:l,e.input=\"string\"==typeof a?i.string2buf(a):a,e.next_in=0,e.avail_in=e.input.length;do{if(0===e.avail_out&&(e.output=new h.Buf8(f),e.next_out=0,e.avail_out=f),c=g.deflate(e,d),c!==o&&c!==n)return this.onEnd(c),this.ended=!0,!1;(0===e.avail_out||0===e.avail_in&&d===m)&&this.onData(\"string\"===this.options.to?i.buf2binstring(h.shrinkBuf(e.output,e.next_out)):h.shrinkBuf(e.output,e.next_out))}while((e.avail_in>0||0===e.avail_out)&&c!==o);return d===m?(c=g.deflateEnd(this.strm),this.onEnd(c),this.ended=!0,c===n):!0},s.prototype.onData=function(a){this.chunks.push(a)},s.prototype.onEnd=function(a){a===n&&(this.result=\"string\"===this.options.to?this.chunks.join(\"\"):h.flattenChunks(this.chunks)),this.chunks=[],this.err=a,this.msg=this.strm.msg},c.Deflate=s,c.deflate=d,c.deflateRaw=e,c.gzip=f},{\"./utils/common\":27,\"./utils/strings\":28,\"./zlib/deflate.js\":32,\"./zlib/messages\":37,\"./zlib/zstream\":39}],26:[function(a,b,c){\"use strict\";function d(a,b){var c=new m(b);if(c.push(a,!0),c.err)throw c.msg;return c.result}function e(a,b){return b=b||{},b.raw=!0,d(a,b)}var f=a(\"./zlib/inflate.js\"),g=a(\"./utils/common\"),h=a(\"./utils/strings\"),i=a(\"./zlib/constants\"),j=a(\"./zlib/messages\"),k=a(\"./zlib/zstream\"),l=a(\"./zlib/gzheader\"),m=function(a){this.options=g.assign({chunkSize:16384,windowBits:0,to:\"\"},a||{});var b=this.options;b.raw&&b.windowBits>=0&&b.windowBits<16&&(b.windowBits=-b.windowBits,0===b.windowBits&&(b.windowBits=-15)),!(b.windowBits>=0&&b.windowBits<16)||a&&a.windowBits||(b.windowBits+=32),b.windowBits>15&&b.windowBits<48&&0===(15&b.windowBits)&&(b.windowBits|=15),this.err=0,this.msg=\"\",this.ended=!1,this.chunks=[],this.strm=new k,this.strm.avail_out=0;var c=f.inflateInit2(this.strm,b.windowBits);if(c!==i.Z_OK)throw new Error(j[c]);this.header=new l,f.inflateGetHeader(this.strm,this.header)};m.prototype.push=function(a,b){var c,d,e,j,k,l=this.strm,m=this.options.chunkSize;if(this.ended)return!1;d=b===~~b?b:b===!0?i.Z_FINISH:i.Z_NO_FLUSH,l.input=\"string\"==typeof a?h.binstring2buf(a):a,l.next_in=0,l.avail_in=l.input.length;do{if(0===l.avail_out&&(l.output=new g.Buf8(m),l.next_out=0,l.avail_out=m),c=f.inflate(l,i.Z_NO_FLUSH),c!==i.Z_STREAM_END&&c!==i.Z_OK)return this.onEnd(c),this.ended=!0,!1;l.next_out&&(0===l.avail_out||c===i.Z_STREAM_END||0===l.avail_in&&d===i.Z_FINISH)&&(\"string\"===this.options.to?(e=h.utf8border(l.output,l.next_out),j=l.next_out-e,k=h.buf2string(l.output,e),l.next_out=j,l.avail_out=m-j,j&&g.arraySet(l.output,l.output,e,j,0),this.onData(k)):this.onData(g.shrinkBuf(l.output,l.next_out)))}while(l.avail_in>0&&c!==i.Z_STREAM_END);return 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a.length===b?a:a.subarray?a.subarray(0,b):(a.length=b,a)};var e={arraySet:function(a,b,c,d,e){if(b.subarray&&a.subarray)return void a.set(b.subarray(c,c+d),e);for(var f=0;d>f;f++)a[e+f]=b[c+f]},flattenChunks:function(a){var b,c,d,e,f,g;for(d=0,b=0,c=a.length;c>b;b++)d+=a[b].length;for(g=new Uint8Array(d),e=0,b=0,c=a.length;c>b;b++)f=a[b],g.set(f,e),e+=f.length;return g}},f={arraySet:function(a,b,c,d,e){for(var f=0;d>f;f++)a[e+f]=b[c+f]},flattenChunks:function(a){return[].concat.apply([],a)}};c.setTyped=function(a){a?(c.Buf8=Uint8Array,c.Buf16=Uint16Array,c.Buf32=Int32Array,c.assign(c,e)):(c.Buf8=Array,c.Buf16=Array,c.Buf32=Array,c.assign(c,f))},c.setTyped(d)},{}],28:[function(a,b,c){\"use strict\";function d(a,b){if(65537>b&&(a.subarray&&g||!a.subarray&&f))return String.fromCharCode.apply(null,e.shrinkBuf(a,b));for(var c=\"\",d=0;b>d;d++)c+=String.fromCharCode(a[d]);return c}var e=a(\"./common\"),f=!0,g=!0;try{String.fromCharCode.apply(null,[0])}catch(h){f=!1}try{String.fromCharCode.apply(null,new Uint8Array(1))}catch(h){g=!1}for(var i=new e.Buf8(256),j=0;256>j;j++)i[j]=j>=252?6:j>=248?5:j>=240?4:j>=224?3:j>=192?2:1;i[254]=i[254]=1,c.string2buf=function(a){var b,c,d,f,g,h=a.length,i=0;for(f=0;h>f;f++)c=a.charCodeAt(f),55296===(64512&c)&&h>f+1&&(d=a.charCodeAt(f+1),56320===(64512&d)&&(c=65536+(c-55296<<10)+(d-56320),f++)),i+=128>c?1:2048>c?2:65536>c?3:4;for(b=new e.Buf8(i),g=0,f=0;i>g;f++)c=a.charCodeAt(f),55296===(64512&c)&&h>f+1&&(d=a.charCodeAt(f+1),56320===(64512&d)&&(c=65536+(c-55296<<10)+(d-56320),f++)),128>c?b[g++]=c:2048>c?(b[g++]=192|c>>>6,b[g++]=128|63&c):65536>c?(b[g++]=224|c>>>12,b[g++]=128|c>>>6&63,b[g++]=128|63&c):(b[g++]=240|c>>>18,b[g++]=128|c>>>12&63,b[g++]=128|c>>>6&63,b[g++]=128|63&c);return b},c.buf2binstring=function(a){return d(a,a.length)},c.binstring2buf=function(a){for(var b=new 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d(a,0===a.avail_out?Q:O);if(h.strm=a,c=h.last_flush,h.last_flush=b,h.status===lb)if(2===h.wrap)a.adler=0,i(h,31),i(h,139),i(h,8),h.gzhead?(i(h,(h.gzhead.text?1:0)+(h.gzhead.hcrc?2:0)+(h.gzhead.extra?4:0)+(h.gzhead.name?8:0)+(h.gzhead.comment?16:0)),i(h,255&h.gzhead.time),i(h,h.gzhead.time>>8&255),i(h,h.gzhead.time>>16&255),i(h,h.gzhead.time>>24&255),i(h,9===h.level?2:h.strategy>=T||h.level<2?4:0),i(h,255&h.gzhead.os),h.gzhead.extra&&h.gzhead.extra.length&&(i(h,255&h.gzhead.extra.length),i(h,h.gzhead.extra.length>>8&255)),h.gzhead.hcrc&&(a.adler=F(a.adler,h.pending_buf,h.pending,0)),h.gzindex=0,h.status=mb):(i(h,0),i(h,0),i(h,0),i(h,0),i(h,0),i(h,9===h.level?2:h.strategy>=T||h.level<2?4:0),i(h,wb),h.status=qb);else{var m=Y+(h.w_bits-8<<4)<<8,n=-1;n=h.strategy>=T||h.level<2?0:h.level<6?1:6===h.level?2:3,m|=n<<6,0!==h.strstart&&(m|=kb),m+=31-m%31,h.status=qb,j(h,m),0!==h.strstart&&(j(h,a.adler>>>16),j(h,65535&a.adler)),a.adler=1}if(h.status===mb)if(h.gzhead.extra){for(k=h.pending;h.gzindex<(65535&h.gzhead.extra.length)&&(h.pending!==h.pending_buf_size||(h.gzhead.hcrc&&h.pending>k&&(a.adler=F(a.adler,h.pending_buf,h.pending-k,k)),g(a),k=h.pending,h.pending!==h.pending_buf_size));)i(h,255&h.gzhead.extra[h.gzindex]),h.gzindex++;h.gzhead.hcrc&&h.pending>k&&(a.adler=F(a.adler,h.pending_buf,h.pending-k,k)),h.gzindex===h.gzhead.extra.length&&(h.gzindex=0,h.status=nb)}else h.status=nb;if(h.status===nb)if(h.gzhead.name){k=h.pending;do{if(h.pending===h.pending_buf_size&&(h.gzhead.hcrc&&h.pending>k&&(a.adler=F(a.adler,h.pending_buf,h.pending-k,k)),g(a),k=h.pending,h.pending===h.pending_buf_size)){l=1;break}l=h.gzindex<h.gzhead.name.length?255&h.gzhead.name.charCodeAt(h.gzindex++):0,i(h,l)}while(0!==l);h.gzhead.hcrc&&h.pending>k&&(a.adler=F(a.adler,h.pending_buf,h.pending-k,k)),0===l&&(h.gzindex=0,h.status=ob)}else h.status=ob;if(h.status===ob)if(h.gzhead.comment){k=h.pending;do{if(h.pending===h.pending_buf_size&&(h.gzhead.hcrc&&h.pending>k&&(a.adler=F(a.adler,h.pending_buf,h.pending-k,k)),g(a),k=h.pending,h.pending===h.pending_buf_size)){l=1;break}l=h.gzindex<h.gzhead.comment.length?255&h.gzhead.comment.charCodeAt(h.gzindex++):0,i(h,l)}while(0!==l);h.gzhead.hcrc&&h.pending>k&&(a.adler=F(a.adler,h.pending_buf,h.pending-k,k)),0===l&&(h.status=pb)}else h.status=pb;if(h.status===pb&&(h.gzhead.hcrc?(h.pending+2>h.pending_buf_size&&g(a),h.pending+2<=h.pending_buf_size&&(i(h,255&a.adler),i(h,a.adler>>8&255),a.adler=0,h.status=qb)):h.status=qb),0!==h.pending){if(g(a),0===a.avail_out)return h.last_flush=-1,M}else if(0===a.avail_in&&e(b)<=e(c)&&b!==K)return d(a,Q);if(h.status===rb&&0!==a.avail_in)return d(a,Q);if(0!==a.avail_in||0!==h.lookahead||b!==H&&h.status!==rb){var o=h.strategy===T?r(h,b):h.strategy===U?q(h,b):B[h.level].func(h,b);if((o===ub||o===vb)&&(h.status=rb),o===sb||o===ub)return 0===a.avail_out&&(h.last_flush=-1),M;if(o===tb&&(b===I?D._tr_align(h):b!==L&&(D._tr_stored_block(h,0,0,!1),b===J&&(f(h.head),0===h.lookahead&&(h.strstart=0,h.block_start=0,h.insert=0))),g(a),0===a.avail_out))return h.last_flush=-1,M}return b!==K?M:h.wrap<=0?N:(2===h.wrap?(i(h,255&a.adler),i(h,a.adler>>8&255),i(h,a.adler>>16&255),i(h,a.adler>>24&255),i(h,255&a.total_in),i(h,a.total_in>>8&255),i(h,a.total_in>>16&255),i(h,a.total_in>>24&255)):(j(h,a.adler>>>16),j(h,65535&a.adler)),g(a),h.wrap>0&&(h.wrap=-h.wrap),0!==h.pending?M:N)}function A(a){var b;return a&&a.state?(b=a.state.status,b!==lb&&b!==mb&&b!==nb&&b!==ob&&b!==pb&&b!==qb&&b!==rb?d(a,O):(a.state=null,b===qb?d(a,P):M)):O}var B,C=a(\"../utils/common\"),D=a(\"./trees\"),E=a(\"./adler32\"),F=a(\"./crc32\"),G=a(\"./messages\"),H=0,I=1,J=3,K=4,L=5,M=0,N=1,O=-2,P=-3,Q=-5,R=-1,S=1,T=2,U=3,V=4,W=0,X=2,Y=8,Z=9,$=15,_=8,ab=29,bb=256,cb=bb+1+ab,db=30,eb=19,fb=2*cb+1,gb=15,hb=3,ib=258,jb=ib+hb+1,kb=32,lb=42,mb=69,nb=73,ob=91,pb=103,qb=113,rb=666,sb=1,tb=2,ub=3,vb=4,wb=3,xb=function(a,b,c,d,e){this.good_length=a,this.max_lazy=b,this.nice_length=c,this.max_chain=d,this.func=e};B=[new xb(0,0,0,0,n),new xb(4,4,8,4,o),new xb(4,5,16,8,o),new xb(4,6,32,32,o),new xb(4,4,16,16,p),new xb(8,16,32,32,p),new xb(8,16,128,128,p),new xb(8,32,128,256,p),new xb(32,128,258,1024,p),new xb(32,258,258,4096,p)],c.deflateInit=y,c.deflateInit2=x,c.deflateReset=v,c.deflateResetKeep=u,c.deflateSetHeader=w,c.deflate=z,c.deflateEnd=A,c.deflateInfo=\"pako deflate (from Nodeca project)\"},{\"../utils/common\":27,\"./adler32\":29,\"./crc32\":31,\"./messages\":37,\"./trees\":38}],33:[function(a,b){\"use strict\";function c(){this.text=0,this.time=0,this.xflags=0,this.os=0,this.extra=null,this.extra_len=0,this.name=\"\",this.comment=\"\",this.hcrc=0,this.done=!1}b.exports=c},{}],34:[function(a,b){\"use strict\";var c=30,d=12;b.exports=function(a,b){var e,f,g,h,i,j,k,l,m,n,o,p,q,r,s,t,u,v,w,x,y,z,A,B,C;e=a.state,f=a.next_in,B=a.input,g=f+(a.avail_in-5),h=a.next_out,C=a.output,i=h-(b-a.avail_out),j=h+(a.avail_out-257),k=e.dmax,l=e.wsize,m=e.whave,n=e.wnext,o=e.window,p=e.hold,q=e.bits,r=e.lencode,s=e.distcode,t=(1<<e.lenbits)-1,u=(1<<e.distbits)-1;a:do{15>q&&(p+=B[f++]<<q,q+=8,p+=B[f++]<<q,q+=8),v=r[p&t];b:for(;;){if(w=v>>>24,p>>>=w,q-=w,w=v>>>16&255,0===w)C[h++]=65535&v;else{if(!(16&w)){if(0===(64&w)){v=r[(65535&v)+(p&(1<<w)-1)];continue b}if(32&w){e.mode=d;break a}a.msg=\"invalid literal/length code\",e.mode=c;break a}x=65535&v,w&=15,w&&(w>q&&(p+=B[f++]<<q,q+=8),x+=p&(1<<w)-1,p>>>=w,q-=w),15>q&&(p+=B[f++]<<q,q+=8,p+=B[f++]<<q,q+=8),v=s[p&u];c:for(;;){if(w=v>>>24,p>>>=w,q-=w,w=v>>>16&255,!(16&w)){if(0===(64&w)){v=s[(65535&v)+(p&(1<<w)-1)];continue c}a.msg=\"invalid distance code\",e.mode=c;break a}if(y=65535&v,w&=15,w>q&&(p+=B[f++]<<q,q+=8,w>q&&(p+=B[f++]<<q,q+=8)),y+=p&(1<<w)-1,y>k){a.msg=\"invalid distance too far back\",e.mode=c;break a}if(p>>>=w,q-=w,w=h-i,y>w){if(w=y-w,w>m&&e.sane){a.msg=\"invalid distance too far back\",e.mode=c;break a}if(z=0,A=o,0===n){if(z+=l-w,x>w){x-=w;do C[h++]=o[z++];while(--w);z=h-y,A=C}}else if(w>n){if(z+=l+n-w,w-=n,x>w){x-=w;do C[h++]=o[z++];while(--w);if(z=0,x>n){w=n,x-=w;do C[h++]=o[z++];while(--w);z=h-y,A=C}}}else if(z+=n-w,x>w){x-=w;do C[h++]=o[z++];while(--w);z=h-y,A=C}for(;x>2;)C[h++]=A[z++],C[h++]=A[z++],C[h++]=A[z++],x-=3;x&&(C[h++]=A[z++],x>1&&(C[h++]=A[z++]))}else{z=h-y;do C[h++]=C[z++],C[h++]=C[z++],C[h++]=C[z++],x-=3;while(x>2);x&&(C[h++]=C[z++],x>1&&(C[h++]=C[z++]))}break}}break}}while(g>f&&j>h);x=q>>3,f-=x,q-=x<<3,p&=(1<<q)-1,a.next_in=f,a.next_out=h,a.avail_in=g>f?5+(g-f):5-(f-g),a.avail_out=j>h?257+(j-h):257-(h-j),e.hold=p,e.bits=q}},{}],35:[function(a,b,c){\"use strict\";function d(a){return(a>>>24&255)+(a>>>8&65280)+((65280&a)<<8)+((255&a)<<24)}function e(){this.mode=0,this.last=!1,this.wrap=0,this.havedict=!1,this.flags=0,this.dmax=0,this.check=0,this.total=0,this.head=null,this.wbits=0,this.wsize=0,this.whave=0,this.wnext=0,this.window=null,this.hold=0,this.bits=0,this.length=0,this.offset=0,this.extra=0,this.lencode=null,this.distcode=null,this.lenbits=0,this.distbits=0,this.ncode=0,this.nlen=0,this.ndist=0,this.have=0,this.next=null,this.lens=new r.Buf16(320),this.work=new r.Buf16(288),this.lendyn=null,this.distdyn=null,this.sane=0,this.back=0,this.was=0}function f(a){var b;return a&&a.state?(b=a.state,a.total_in=a.total_out=b.total=0,a.msg=\"\",b.wrap&&(a.adler=1&b.wrap),b.mode=K,b.last=0,b.havedict=0,b.dmax=32768,b.head=null,b.hold=0,b.bits=0,b.lencode=b.lendyn=new r.Buf32(ob),b.distcode=b.distdyn=new r.Buf32(pb),b.sane=1,b.back=-1,C):F}function g(a){var b;return a&&a.state?(b=a.state,b.wsize=0,b.whave=0,b.wnext=0,f(a)):F}function h(a,b){var c,d;return a&&a.state?(d=a.state,0>b?(c=0,b=-b):(c=(b>>4)+1,48>b&&(b&=15)),b&&(8>b||b>15)?F:(null!==d.window&&d.wbits!==b&&(d.window=null),d.wrap=c,d.wbits=b,g(a))):F}function i(a,b){var c,d;return a?(d=new e,a.state=d,d.window=null,c=h(a,b),c!==C&&(a.state=null),c):F}function j(a){return i(a,rb)}function k(a){if(sb){var b;for(p=new r.Buf32(512),q=new r.Buf32(32),b=0;144>b;)a.lens[b++]=8;for(;256>b;)a.lens[b++]=9;for(;280>b;)a.lens[b++]=7;for(;288>b;)a.lens[b++]=8;for(v(x,a.lens,0,288,p,0,a.work,{bits:9}),b=0;32>b;)a.lens[b++]=5;v(y,a.lens,0,32,q,0,a.work,{bits:5}),sb=!1}a.lencode=p,a.lenbits=9,a.distcode=q,a.distbits=5}function l(a,b,c,d){var e,f=a.state;return null===f.window&&(f.wsize=1<<f.wbits,f.wnext=0,f.whave=0,f.window=new r.Buf8(f.wsize)),d>=f.wsize?(r.arraySet(f.window,b,c-f.wsize,f.wsize,0),f.wnext=0,f.whave=f.wsize):(e=f.wsize-f.wnext,e>d&&(e=d),r.arraySet(f.window,b,c-d,e,f.wnext),d-=e,d?(r.arraySet(f.window,b,c-d,d,0),f.wnext=d,f.whave=f.wsize):(f.wnext+=e,f.wnext===f.wsize&&(f.wnext=0),f.whave<f.wsize&&(f.whave+=e))),0}function m(a,b){var c,e,f,g,h,i,j,m,n,o,p,q,ob,pb,qb,rb,sb,tb,ub,vb,wb,xb,yb,zb,Ab=0,Bb=new r.Buf8(4),Cb=[16,17,18,0,8,7,9,6,10,5,11,4,12,3,13,2,14,1,15];if(!a||!a.state||!a.output||!a.input&&0!==a.avail_in)return F;c=a.state,c.mode===V&&(c.mode=W),h=a.next_out,f=a.output,j=a.avail_out,g=a.next_in,e=a.input,i=a.avail_in,m=c.hold,n=c.bits,o=i,p=j,xb=C;a:for(;;)switch(c.mode){case K:if(0===c.wrap){c.mode=W;break}for(;16>n;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}if(2&c.wrap&&35615===m){c.check=0,Bb[0]=255&m,Bb[1]=m>>>8&255,c.check=t(c.check,Bb,2,0),m=0,n=0,c.mode=L;break}if(c.flags=0,c.head&&(c.head.done=!1),!(1&c.wrap)||(((255&m)<<8)+(m>>8))%31){a.msg=\"incorrect header 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O:if(1024&c.flags){for(;16>n;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}c.length=m,c.head&&(c.head.extra_len=m),512&c.flags&&(Bb[0]=255&m,Bb[1]=m>>>8&255,c.check=t(c.check,Bb,2,0)),m=0,n=0}else c.head&&(c.head.extra=null);c.mode=P;case P:if(1024&c.flags&&(q=c.length,q>i&&(q=i),q&&(c.head&&(wb=c.head.extra_len-c.length,c.head.extra||(c.head.extra=new Array(c.head.extra_len)),r.arraySet(c.head.extra,e,g,q,wb)),512&c.flags&&(c.check=t(c.check,e,q,g)),i-=q,g+=q,c.length-=q),c.length))break a;c.length=0,c.mode=Q;case Q:if(2048&c.flags){if(0===i)break a;q=0;do wb=e[g+q++],c.head&&wb&&c.length<65536&&(c.head.name+=String.fromCharCode(wb));while(wb&&i>q);if(512&c.flags&&(c.check=t(c.check,e,q,g)),i-=q,g+=q,wb)break a}else c.head&&(c.head.name=null);c.length=0,c.mode=R;case R:if(4096&c.flags){if(0===i)break a;q=0;do wb=e[g+q++],c.head&&wb&&c.length<65536&&(c.head.comment+=String.fromCharCode(wb));while(wb&&i>q);if(512&c.flags&&(c.check=t(c.check,e,q,g)),i-=q,g+=q,wb)break a}else c.head&&(c.head.comment=null);c.mode=S;case S:if(512&c.flags){for(;16>n;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}if(m!==(65535&c.check)){a.msg=\"header crc mismatch\",c.mode=lb;break}m=0,n=0}c.head&&(c.head.hcrc=c.flags>>9&1,c.head.done=!0),a.adler=c.check=0,c.mode=V;break;case T:for(;32>n;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}a.adler=c.check=d(m),m=0,n=0,c.mode=U;case U:if(0===c.havedict)return a.next_out=h,a.avail_out=j,a.next_in=g,a.avail_in=i,c.hold=m,c.bits=n,E;a.adler=c.check=1,c.mode=V;case V:if(b===A||b===B)break a;case W:if(c.last){m>>>=7&n,n-=7&n,c.mode=ib;break}for(;3>n;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}switch(c.last=1&m,m>>>=1,n-=1,3&m){case 0:c.mode=X;break;case 1:if(k(c),c.mode=bb,b===B){m>>>=2,n-=2;break a}break;case 2:c.mode=$;break;case 3:a.msg=\"invalid block type\",c.mode=lb}m>>>=2,n-=2;break;case X:for(m>>>=7&n,n-=7&n;32>n;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}if((65535&m)!==(m>>>16^65535)){a.msg=\"invalid stored block lengths\",c.mode=lb;break}if(c.length=65535&m,m=0,n=0,c.mode=Y,b===B)break a;case Y:c.mode=Z;case Z:if(q=c.length){if(q>i&&(q=i),q>j&&(q=j),0===q)break a;r.arraySet(f,e,g,q,h),i-=q,g+=q,j-=q,h+=q,c.length-=q;break}c.mode=V;break;case $:for(;14>n;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}if(c.nlen=(31&m)+257,m>>>=5,n-=5,c.ndist=(31&m)+1,m>>>=5,n-=5,c.ncode=(15&m)+4,m>>>=4,n-=4,c.nlen>286||c.ndist>30){a.msg=\"too many length or distance symbols\",c.mode=lb;break}c.have=0,c.mode=_;case _:for(;c.have<c.ncode;){for(;3>n;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}c.lens[Cb[c.have++]]=7&m,m>>>=3,n-=3}for(;c.have<19;)c.lens[Cb[c.have++]]=0;if(c.lencode=c.lendyn,c.lenbits=7,yb={bits:c.lenbits},xb=v(w,c.lens,0,19,c.lencode,0,c.work,yb),c.lenbits=yb.bits,xb){a.msg=\"invalid code lengths set\",c.mode=lb;break}c.have=0,c.mode=ab;case ab:for(;c.have<c.nlen+c.ndist;){for(;Ab=c.lencode[m&(1<<c.lenbits)-1],qb=Ab>>>24,rb=Ab>>>16&255,sb=65535&Ab,!(n>=qb);){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}if(16>sb)m>>>=qb,n-=qb,c.lens[c.have++]=sb;else{if(16===sb){for(zb=qb+2;zb>n;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}if(m>>>=qb,n-=qb,0===c.have){a.msg=\"invalid bit length repeat\",c.mode=lb;break}wb=c.lens[c.have-1],q=3+(3&m),m>>>=2,n-=2}else if(17===sb){for(zb=qb+3;zb>n;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}m>>>=qb,n-=qb,wb=0,q=3+(7&m),m>>>=3,n-=3}else{for(zb=qb+7;zb>n;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}m>>>=qb,n-=qb,wb=0,q=11+(127&m),m>>>=7,n-=7}if(c.have+q>c.nlen+c.ndist){a.msg=\"invalid bit length repeat\",c.mode=lb;break}for(;q--;)c.lens[c.have++]=wb}}if(c.mode===lb)break;if(0===c.lens[256]){a.msg=\"invalid code -- missing end-of-block\",c.mode=lb;break}if(c.lenbits=9,yb={bits:c.lenbits},xb=v(x,c.lens,0,c.nlen,c.lencode,0,c.work,yb),c.lenbits=yb.bits,xb){a.msg=\"invalid literal/lengths set\",c.mode=lb;break}if(c.distbits=6,c.distcode=c.distdyn,yb={bits:c.distbits},xb=v(y,c.lens,c.nlen,c.ndist,c.distcode,0,c.work,yb),c.distbits=yb.bits,xb){a.msg=\"invalid distances set\",c.mode=lb;break}if(c.mode=bb,b===B)break a;case bb:c.mode=cb;case cb:if(i>=6&&j>=258){a.next_out=h,a.avail_out=j,a.next_in=g,a.avail_in=i,c.hold=m,c.bits=n,u(a,p),h=a.next_out,f=a.output,j=a.avail_out,g=a.next_in,e=a.input,i=a.avail_in,m=c.hold,n=c.bits,c.mode===V&&(c.back=-1);\nbreak}for(c.back=0;Ab=c.lencode[m&(1<<c.lenbits)-1],qb=Ab>>>24,rb=Ab>>>16&255,sb=65535&Ab,!(n>=qb);){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}if(rb&&0===(240&rb)){for(tb=qb,ub=rb,vb=sb;Ab=c.lencode[vb+((m&(1<<tb+ub)-1)>>tb)],qb=Ab>>>24,rb=Ab>>>16&255,sb=65535&Ab,!(n>=tb+qb);){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}m>>>=tb,n-=tb,c.back+=tb}if(m>>>=qb,n-=qb,c.back+=qb,c.length=sb,0===rb){c.mode=hb;break}if(32&rb){c.back=-1,c.mode=V;break}if(64&rb){a.msg=\"invalid literal/length code\",c.mode=lb;break}c.extra=15&rb,c.mode=db;case db:if(c.extra){for(zb=c.extra;zb>n;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}c.length+=m&(1<<c.extra)-1,m>>>=c.extra,n-=c.extra,c.back+=c.extra}c.was=c.length,c.mode=eb;case eb:for(;Ab=c.distcode[m&(1<<c.distbits)-1],qb=Ab>>>24,rb=Ab>>>16&255,sb=65535&Ab,!(n>=qb);){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}if(0===(240&rb)){for(tb=qb,ub=rb,vb=sb;Ab=c.distcode[vb+((m&(1<<tb+ub)-1)>>tb)],qb=Ab>>>24,rb=Ab>>>16&255,sb=65535&Ab,!(n>=tb+qb);){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}m>>>=tb,n-=tb,c.back+=tb}if(m>>>=qb,n-=qb,c.back+=qb,64&rb){a.msg=\"invalid distance code\",c.mode=lb;break}c.offset=sb,c.extra=15&rb,c.mode=fb;case fb:if(c.extra){for(zb=c.extra;zb>n;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}c.offset+=m&(1<<c.extra)-1,m>>>=c.extra,n-=c.extra,c.back+=c.extra}if(c.offset>c.dmax){a.msg=\"invalid distance too far back\",c.mode=lb;break}c.mode=gb;case gb:if(0===j)break a;if(q=p-j,c.offset>q){if(q=c.offset-q,q>c.whave&&c.sane){a.msg=\"invalid distance too far back\",c.mode=lb;break}q>c.wnext?(q-=c.wnext,ob=c.wsize-q):ob=c.wnext-q,q>c.length&&(q=c.length),pb=c.window}else pb=f,ob=h-c.offset,q=c.length;q>j&&(q=j),j-=q,c.length-=q;do f[h++]=pb[ob++];while(--q);0===c.length&&(c.mode=cb);break;case hb:if(0===j)break a;f[h++]=c.length,j--,c.mode=cb;break;case ib:if(c.wrap){for(;32>n;){if(0===i)break a;i--,m|=e[g++]<<n,n+=8}if(p-=j,a.total_out+=p,c.total+=p,p&&(a.adler=c.check=c.flags?t(c.check,f,p,h-p):s(c.check,f,p,h-p)),p=j,(c.flags?m:d(m))!==c.check){a.msg=\"incorrect data check\",c.mode=lb;break}m=0,n=0}c.mode=jb;case jb:if(c.wrap&&c.flags){for(;32>n;){if(0===i)break a;i--,m+=e[g++]<<n,n+=8}if(m!==(4294967295&c.total)){a.msg=\"incorrect length check\",c.mode=lb;break}m=0,n=0}c.mode=kb;case kb:xb=D;break a;case lb:xb=G;break a;case mb:return H;case nb:default:return F}return a.next_out=h,a.avail_out=j,a.next_in=g,a.avail_in=i,c.hold=m,c.bits=n,(c.wsize||p!==a.avail_out&&c.mode<lb&&(c.mode<ib||b!==z))&&l(a,a.output,a.next_out,p-a.avail_out)?(c.mode=mb,H):(o-=a.avail_in,p-=a.avail_out,a.total_in+=o,a.total_out+=p,c.total+=p,c.wrap&&p&&(a.adler=c.check=c.flags?t(c.check,f,p,a.next_out-p):s(c.check,f,p,a.next_out-p)),a.data_type=c.bits+(c.last?64:0)+(c.mode===V?128:0)+(c.mode===bb||c.mode===Y?256:0),(0===o&&0===p||b===z)&&xb===C&&(xb=I),xb)}function n(a){if(!a||!a.state)return F;var b=a.state;return b.window&&(b.window=null),a.state=null,C}function o(a,b){var c;return a&&a.state?(c=a.state,0===(2&c.wrap)?F:(c.head=b,b.done=!1,C)):F}var p,q,r=a(\"../utils/common\"),s=a(\"./adler32\"),t=a(\"./crc32\"),u=a(\"./inffast\"),v=a(\"./inftrees\"),w=0,x=1,y=2,z=4,A=5,B=6,C=0,D=1,E=2,F=-2,G=-3,H=-4,I=-5,J=8,K=1,L=2,M=3,N=4,O=5,P=6,Q=7,R=8,S=9,T=10,U=11,V=12,W=13,X=14,Y=15,Z=16,$=17,_=18,ab=19,bb=20,cb=21,db=22,eb=23,fb=24,gb=25,hb=26,ib=27,jb=28,kb=29,lb=30,mb=31,nb=32,ob=852,pb=592,qb=15,rb=qb,sb=!0;c.inflateReset=g,c.inflateReset2=h,c.inflateResetKeep=f,c.inflateInit=j,c.inflateInit2=i,c.inflate=m,c.inflateEnd=n,c.inflateGetHeader=o,c.inflateInfo=\"pako inflate (from Nodeca project)\"},{\"../utils/common\":27,\"./adler32\":29,\"./crc32\":31,\"./inffast\":34,\"./inftrees\":36}],36:[function(a,b){\"use strict\";var c=a(\"../utils/common\"),d=15,e=852,f=592,g=0,h=1,i=2,j=[3,4,5,6,7,8,9,10,11,13,15,17,19,23,27,31,35,43,51,59,67,83,99,115,131,163,195,227,258,0,0],k=[16,16,16,16,16,16,16,16,17,17,17,17,18,18,18,18,19,19,19,19,20,20,20,20,21,21,21,21,16,72,78],l=[1,2,3,4,5,7,9,13,17,25,33,49,65,97,129,193,257,385,513,769,1025,1537,2049,3073,4097,6145,8193,12289,16385,24577,0,0],m=[16,16,16,16,17,17,18,18,19,19,20,20,21,21,22,22,23,23,24,24,25,25,26,26,27,27,28,28,29,29,64,64];b.exports=function(a,b,n,o,p,q,r,s){var t,u,v,w,x,y,z,A,B,C=s.bits,D=0,E=0,F=0,G=0,H=0,I=0,J=0,K=0,L=0,M=0,N=null,O=0,P=new c.Buf16(d+1),Q=new c.Buf16(d+1),R=null,S=0;for(D=0;d>=D;D++)P[D]=0;for(E=0;o>E;E++)P[b[n+E]]++;for(H=C,G=d;G>=1&&0===P[G];G--);if(H>G&&(H=G),0===G)return p[q++]=20971520,p[q++]=20971520,s.bits=1,0;for(F=1;G>F&&0===P[F];F++);for(F>H&&(H=F),K=1,D=1;d>=D;D++)if(K<<=1,K-=P[D],0>K)return-1;if(K>0&&(a===g||1!==G))return-1;for(Q[1]=0,D=1;d>D;D++)Q[D+1]=Q[D]+P[D];for(E=0;o>E;E++)0!==b[n+E]&&(r[Q[b[n+E]]++]=E);if(a===g?(N=R=r,y=19):a===h?(N=j,O-=257,R=k,S-=257,y=256):(N=l,R=m,y=-1),M=0,E=0,D=F,x=q,I=H,J=0,v=-1,L=1<<H,w=L-1,a===h&&L>e||a===i&&L>f)return 1;for(var T=0;;){T++,z=D-J,r[E]<y?(A=0,B=r[E]):r[E]>y?(A=R[S+r[E]],B=N[O+r[E]]):(A=96,B=0),t=1<<D-J,u=1<<I,F=u;do u-=t,p[x+(M>>J)+u]=z<<24|A<<16|B|0;while(0!==u);for(t=1<<D-1;M&t;)t>>=1;if(0!==t?(M&=t-1,M+=t):M=0,E++,0===--P[D]){if(D===G)break;D=b[n+r[E]]}if(D>H&&(M&w)!==v){for(0===J&&(J=H),x+=F,I=D-J,K=1<<I;G>I+J&&(K-=P[I+J],!(0>=K));)I++,K<<=1;if(L+=1<<I,a===h&&L>e||a===i&&L>f)return 1;v=M&w,p[v]=H<<24|I<<16|x-q|0}}return 0!==M&&(p[x+M]=D-J<<24|64<<16|0),s.bits=H,0}},{\"../utils/common\":27}],37:[function(a,b){\"use strict\";b.exports={2:\"need dictionary\",1:\"stream end\",0:\"\",\"-1\":\"file error\",\"-2\":\"stream error\",\"-3\":\"data error\",\"-4\":\"insufficient memory\",\"-5\":\"buffer error\",\"-6\":\"incompatible version\"}},{}],38:[function(a,b,c){\"use strict\";function d(a){for(var b=a.length;--b>=0;)a[b]=0}function e(a){return 256>a?gb[a]:gb[256+(a>>>7)]}function f(a,b){a.pending_buf[a.pending++]=255&b,a.pending_buf[a.pending++]=b>>>8&255}function g(a,b,c){a.bi_valid>V-c?(a.bi_buf|=b<<a.bi_valid&65535,f(a,a.bi_buf),a.bi_buf=b>>V-a.bi_valid,a.bi_valid+=c-V):(a.bi_buf|=b<<a.bi_valid&65535,a.bi_valid+=c)}function h(a,b,c){g(a,c[2*b],c[2*b+1])}function i(a,b){var c=0;do c|=1&a,a>>>=1,c<<=1;while(--b>0);return c>>>1}function j(a){16===a.bi_valid?(f(a,a.bi_buf),a.bi_buf=0,a.bi_valid=0):a.bi_valid>=8&&(a.pending_buf[a.pending++]=255&a.bi_buf,a.bi_buf>>=8,a.bi_valid-=8)}function k(a,b){var c,d,e,f,g,h,i=b.dyn_tree,j=b.max_code,k=b.stat_desc.static_tree,l=b.stat_desc.has_stree,m=b.stat_desc.extra_bits,n=b.stat_desc.extra_base,o=b.stat_desc.max_length,p=0;for(f=0;U>=f;f++)a.bl_count[f]=0;for(i[2*a.heap[a.heap_max]+1]=0,c=a.heap_max+1;T>c;c++)d=a.heap[c],f=i[2*i[2*d+1]+1]+1,f>o&&(f=o,p++),i[2*d+1]=f,d>j||(a.bl_count[f]++,g=0,d>=n&&(g=m[d-n]),h=i[2*d],a.opt_len+=h*(f+g),l&&(a.static_len+=h*(k[2*d+1]+g)));if(0!==p){do{for(f=o-1;0===a.bl_count[f];)f--;a.bl_count[f]--,a.bl_count[f+1]+=2,a.bl_count[o]--,p-=2}while(p>0);for(f=o;0!==f;f--)for(d=a.bl_count[f];0!==d;)e=a.heap[--c],e>j||(i[2*e+1]!==f&&(a.opt_len+=(f-i[2*e+1])*i[2*e],i[2*e+1]=f),d--)}}function l(a,b,c){var d,e,f=new Array(U+1),g=0;for(d=1;U>=d;d++)f[d]=g=g+c[d-1]<<1;for(e=0;b>=e;e++){var h=a[2*e+1];0!==h&&(a[2*e]=i(f[h]++,h))}}function m(){var a,b,c,d,e,f=new Array(U+1);for(c=0,d=0;O-1>d;d++)for(ib[d]=c,a=0;a<1<<_[d];a++)hb[c++]=d;for(hb[c-1]=d,e=0,d=0;16>d;d++)for(jb[d]=e,a=0;a<1<<ab[d];a++)gb[e++]=d;for(e>>=7;R>d;d++)for(jb[d]=e<<7,a=0;a<1<<ab[d]-7;a++)gb[256+e++]=d;for(b=0;U>=b;b++)f[b]=0;for(a=0;143>=a;)eb[2*a+1]=8,a++,f[8]++;for(;255>=a;)eb[2*a+1]=9,a++,f[9]++;for(;279>=a;)eb[2*a+1]=7,a++,f[7]++;for(;287>=a;)eb[2*a+1]=8,a++,f[8]++;for(l(eb,Q+1,f),a=0;R>a;a++)fb[2*a+1]=5,fb[2*a]=i(a,5);kb=new nb(eb,_,P+1,Q,U),lb=new nb(fb,ab,0,R,U),mb=new nb(new Array(0),bb,0,S,W)}function n(a){var b;for(b=0;Q>b;b++)a.dyn_ltree[2*b]=0;for(b=0;R>b;b++)a.dyn_dtree[2*b]=0;for(b=0;S>b;b++)a.bl_tree[2*b]=0;a.dyn_ltree[2*X]=1,a.opt_len=a.static_len=0,a.last_lit=a.matches=0}function o(a){a.bi_valid>8?f(a,a.bi_buf):a.bi_valid>0&&(a.pending_buf[a.pending++]=a.bi_buf),a.bi_buf=0,a.bi_valid=0}function p(a,b,c,d){o(a),d&&(f(a,c),f(a,~c)),E.arraySet(a.pending_buf,a.window,b,c,a.pending),a.pending+=c}function q(a,b,c,d){var e=2*b,f=2*c;return a[e]<a[f]||a[e]===a[f]&&d[b]<=d[c]}function r(a,b,c){for(var d=a.heap[c],e=c<<1;e<=a.heap_len&&(e<a.heap_len&&q(b,a.heap[e+1],a.heap[e],a.depth)&&e++,!q(b,d,a.heap[e],a.depth));)a.heap[c]=a.heap[e],c=e,e<<=1;a.heap[c]=d}function s(a,b,c){var d,f,i,j,k=0;if(0!==a.last_lit)do d=a.pending_buf[a.d_buf+2*k]<<8|a.pending_buf[a.d_buf+2*k+1],f=a.pending_buf[a.l_buf+k],k++,0===d?h(a,f,b):(i=hb[f],h(a,i+P+1,b),j=_[i],0!==j&&(f-=ib[i],g(a,f,j)),d--,i=e(d),h(a,i,c),j=ab[i],0!==j&&(d-=jb[i],g(a,d,j)));while(k<a.last_lit);h(a,X,b)}function t(a,b){var c,d,e,f=b.dyn_tree,g=b.stat_desc.static_tree,h=b.stat_desc.has_stree,i=b.stat_desc.elems,j=-1;for(a.heap_len=0,a.heap_max=T,c=0;i>c;c++)0!==f[2*c]?(a.heap[++a.heap_len]=j=c,a.depth[c]=0):f[2*c+1]=0;for(;a.heap_len<2;)e=a.heap[++a.heap_len]=2>j?++j:0,f[2*e]=1,a.depth[e]=0,a.opt_len--,h&&(a.static_len-=g[2*e+1]);for(b.max_code=j,c=a.heap_len>>1;c>=1;c--)r(a,f,c);e=i;do 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c(){this.input=null,this.next_in=0,this.avail_in=0,this.total_in=0,this.output=null,this.next_out=0,this.avail_out=0,this.total_out=0,this.msg=\"\",this.state=null,this.data_type=2,this.adler=0}b.exports=c},{}]},{},[9])(9)});",
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"text": "JSZip is dual licensed. You may use it under the MIT license *or* the GPLv3\nlicense.\n\nThe MIT License\n===============\n\nCopyright (c) 2009-2014 Stuart Knightley, David Duponchel, Franz Buchinger, António Afonso\n\nPermission is hereby granted, free of charge, to any person obtaining a copy\nof this software and associated documentation files (the \"Software\"), to deal\nin the Software without restriction, including without limitation the rights\nto use, copy, modify, merge, publish, distribute, sublicense, and/or sell\ncopies of the Software, and to permit persons to whom the Software is\nfurnished to do so, subject to the following conditions:\n\nThe above copyright notice and this permission notice shall be included in\nall copies or substantial portions of the Software.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\nIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\nFITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\nAUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\nLIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\nOUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN\nTHE SOFTWARE.\n\n\nGPL version 3\n=============\n\n GNU GENERAL PUBLIC LICENSE\n Version 3, 29 June 2007\n\n Copyright (C) 2007 Free Software Foundation, Inc. <http://fsf.org/>\n Everyone is permitted to copy and distribute verbatim copies\n of this license document, but changing it is not allowed.\n\n Preamble\n\n The GNU General Public License is a free, copyleft license for\nsoftware and other kinds of works.\n\n The licenses for most software and other practical works are designed\nto take away your freedom to share and change the works. By contrast,\nthe GNU General Public License is intended to guarantee your freedom to\nshare and change all versions of a program--to make sure it remains free\nsoftware for all its users. We, the Free Software Foundation, use the\nGNU General Public License for most of our software; it applies also to\nany other work released this way by its authors. You can apply it to\nyour programs, too.\n\n When we speak of free software, we are referring to freedom, not\nprice. Our General Public Licenses are designed to make sure that you\nhave the freedom to distribute copies of free software (and charge for\nthem if you wish), that you receive source code or can get it if you\nwant it, that you can change the software or use pieces of it in new\nfree programs, and that you know you can do these things.\n\n To protect your rights, we need to prevent others from denying you\nthese rights or asking you to surrender the rights. Therefore, you have\ncertain responsibilities if you distribute copies of the software, or if\nyou modify it: responsibilities to respect the freedom of others.\n\n For example, if you distribute copies of such a program, whether\ngratis or for a fee, you must pass on to the recipients the same\nfreedoms that you received. You must make sure that they, too, receive\nor can get the source code. And you must show them these terms so they\nknow their rights.\n\n Developers that use the GNU GPL protect your rights with two steps:\n(1) assert copyright on the software, and (2) offer you this License\ngiving you legal permission to copy, distribute and/or modify it.\n\n For the developers' and authors' protection, the GPL clearly explains\nthat there is no warranty for this free software. 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But this requirement does not apply\nif neither you nor any third party retains the ability to install\nmodified object code on the User Product (for example, the work has\nbeen installed in ROM).\n\n The requirement to provide Installation Information does not include a\nrequirement to continue to provide support service, warranty, or updates\nfor a work that has been modified or installed by the recipient, or for\nthe User Product in which it has been modified or installed. Access to a\nnetwork may be denied when the modification itself materially and\nadversely affects the operation of the network or violates the rules and\nprotocols for communication across the network.\n\n Corresponding Source conveyed, and Installation Information provided,\nin accord with this section must be in a format that is publicly\ndocumented (and with an implementation available to the public in\nsource code form), and must require no special password or key for\nunpacking, reading or copying.\n\n 7. Additional Terms.\n\n \"Additional permissions\" are terms that supplement the terms of this\nLicense by making exceptions from one or more of its conditions.\nAdditional permissions that are applicable to the entire Program shall\nbe treated as though they were included in this License, to the extent\nthat they are valid under applicable law. If additional permissions\napply only to part of the Program, that part may be used separately\nunder those permissions, but the entire Program remains governed by\nthis License without regard to the additional permissions.\n\n When you convey a copy of a covered work, you may at your option\nremove any additional permissions from that copy, or from any part of\nit. (Additional permissions may be written to require their own\nremoval in certain cases when you modify the work.) You may place\nadditional permissions on material, added by you to a covered work,\nfor which you have or can give appropriate copyright permission.\n\n Notwithstanding any other provision of this License, for material you\nadd to a covered work, you may (if authorized by the copyright holders of\nthat material) supplement the terms of this License with terms:\n\n a) Disclaiming warranty or limiting liability differently from the\n terms of sections 15 and 16 of this License; or\n\n b) Requiring preservation of specified reasonable legal notices or\n author attributions in that material or in the Appropriate Legal\n Notices displayed by works containing it; or\n\n c) Prohibiting misrepresentation of the origin of that material, or\n requiring that modified versions of such material be marked in\n reasonable ways as different from the original version; or\n\n d) Limiting the use for publicity purposes of names of licensors or\n authors of the material; or\n\n e) Declining to grant rights under trademark law for use of some\n trade names, trademarks, or service marks; or\n\n f) Requiring indemnification of licensors and authors of that\n material by anyone who conveys the material (or modified versions of\n it) with contractual assumptions of liability to the recipient, for\n any liability that these contractual assumptions directly impose on\n those licensors and authors.\n\n All other non-permissive additional terms are considered \"further\nrestrictions\" within the meaning of section 10. If the Program as you\nreceived it, or any part of it, contains a notice stating that it is\ngoverned by this License along with a term that is a further\nrestriction, you may remove that term. If a license document contains\na further restriction but permits relicensing or conveying under this\nLicense, you may add to a covered work material governed by the terms\nof that license document, provided that the further restriction does\nnot survive such relicensing or conveying.\n\n If you add terms to a covered work in accord with this section, you\nmust place, in the relevant source files, a statement of the\nadditional terms that apply to those files, or a notice indicating\nwhere to find the applicable terms.\n\n Additional terms, permissive or non-permissive, may be stated in the\nform of a separately written license, or stated as exceptions;\nthe above requirements apply either way.\n\n 8. Termination.\n\n You may not propagate or modify a covered work except as expressly\nprovided under this License. Any attempt otherwise to propagate or\nmodify it is void, and will automatically terminate your rights under\nthis License (including any patent licenses granted under the third\nparagraph of section 11).\n\n However, if you cease all violation of this License, then your\nlicense from a particular copyright holder is reinstated (a)\nprovisionally, unless and until the copyright holder explicitly and\nfinally terminates your license, and (b) permanently, if the copyright\nholder fails to notify you of the violation by some reasonable means\nprior to 60 days after the cessation.\n\n Moreover, your license from a particular copyright holder is\nreinstated permanently if the copyright holder notifies you of the\nviolation by some reasonable means, this is the first time you have\nreceived notice of violation of this License (for any work) from that\ncopyright holder, and you cure the violation prior to 30 days after\nyour receipt of the notice.\n\n Termination of your rights under this section does not terminate the\nlicenses of parties who have received copies or rights from you under\nthis License. If your rights have been terminated and not permanently\nreinstated, you do not qualify to receive new licenses for the same\nmaterial under section 10.\n\n 9. Acceptance Not Required for Having Copies.\n\n You are not required to accept this License in order to receive or\nrun a copy of the Program. Ancillary propagation of a covered work\noccurring solely as a consequence of using peer-to-peer transmission\nto receive a copy likewise does not require acceptance. However,\nnothing other than this License grants you permission to propagate or\nmodify any covered work. These actions infringe copyright if you do\nnot accept this License. Therefore, by modifying or propagating a\ncovered work, you indicate your acceptance of this License to do so.\n\n 10. Automatic Licensing of Downstream Recipients.\n\n Each time you convey a covered work, the recipient automatically\nreceives a license from the original licensors, to run, modify and\npropagate that work, subject to this License. You are not responsible\nfor enforcing compliance by third parties with this License.\n\n An \"entity transaction\" is a transaction transferring control of an\norganization, or substantially all assets of one, or subdividing an\norganization, or merging organizations. If propagation of a covered\nwork results from an entity transaction, each party to that\ntransaction who receives a copy of the work also receives whatever\nlicenses to the work the party's predecessor in interest had or could\ngive under the previous paragraph, plus a right to possession of the\nCorresponding Source of the work from the predecessor in interest, if\nthe predecessor has it or can get it with reasonable efforts.\n\n You may not impose any further restrictions on the exercise of the\nrights granted or affirmed under this License. For example, you may\nnot impose a license fee, royalty, or other charge for exercise of\nrights granted under this License, and you may not initiate litigation\n(including a cross-claim or counterclaim in a lawsuit) alleging that\nany patent claim is infringed by making, using, selling, offering for\nsale, or importing the Program or any portion of it.\n\n 11. Patents.\n\n A \"contributor\" is a copyright holder who authorizes use under this\nLicense of the Program or a work on which the Program is based. The\nwork thus licensed is called the contributor's \"contributor version\".\n\n A contributor's \"essential patent claims\" are all patent claims\nowned or controlled by the contributor, whether already acquired or\nhereafter acquired, that would be infringed by some manner, permitted\nby this License, of making, using, or selling its contributor version,\nbut do not include claims that would be infringed only as a\nconsequence of further modification of the contributor version. For\npurposes of this definition, \"control\" includes the right to grant\npatent sublicenses in a manner consistent with the requirements of\nthis License.\n\n Each contributor grants you a non-exclusive, worldwide, royalty-free\npatent license under the contributor's essential patent claims, to\nmake, use, sell, offer for sale, import and otherwise run, modify and\npropagate the contents of its contributor version.\n\n In the following three paragraphs, a \"patent license\" is any express\nagreement or commitment, however denominated, not to enforce a patent\n(such as an express permission to practice a patent or covenant not to\nsue for patent infringement). To \"grant\" such a patent license to a\nparty means to make such an agreement or commitment not to enforce a\npatent against the party.\n\n If you convey a covered work, knowingly relying on a patent license,\nand the Corresponding Source of the work is not available for anyone\nto copy, free of charge and under the terms of this License, through a\npublicly available network server or other readily accessible means,\nthen you must either (1) cause the Corresponding Source to be so\navailable, or (2) arrange to deprive yourself of the benefit of the\npatent license for this particular work, or (3) arrange, in a manner\nconsistent with the requirements of this License, to extend the patent\nlicense to downstream recipients. \"Knowingly relying\" means you have\nactual knowledge that, but for the patent license, your conveying the\ncovered work in a country, or your recipient's use of the covered work\nin a country, would infringe one or more identifiable patents in that\ncountry that you have reason to believe are valid.\n\n If, pursuant to or in connection with a single transaction or\narrangement, you convey, or propagate by procuring conveyance of, a\ncovered work, and grant a patent license to some of the parties\nreceiving the covered work authorizing them to use, propagate, modify\nor convey a specific copy of the covered work, then the patent license\nyou grant is automatically extended to all recipients of the covered\nwork and works based on it.\n\n A patent license is \"discriminatory\" if it does not include within\nthe scope of its coverage, prohibits the exercise of, or is\nconditioned on the non-exercise of one or more of the rights that are\nspecifically granted under this License. You may not convey a covered\nwork if you are a party to an arrangement with a third party that is\nin the business of distributing software, under which you make payment\nto the third party based on the extent of your activity of conveying\nthe work, and under which the third party grants, to any of the\nparties who would receive the covered work from you, a discriminatory\npatent license (a) in connection with copies of the covered work\nconveyed by you (or copies made from those copies), or (b) primarily\nfor and in connection with specific products or compilations that\ncontain the covered work, unless you entered into that arrangement,\nor that patent license was granted, prior to 28 March 2007.\n\n Nothing in this License shall be construed as excluding or limiting\nany implied license or other defenses to infringement that may\notherwise be available to you under applicable patent law.\n\n 12. No Surrender of Others' Freedom.\n\n If conditions are imposed on you (whether by court order, agreement or\notherwise) that contradict the conditions of this License, they do not\nexcuse you from the conditions of this License. If you cannot convey a\ncovered work so as to satisfy simultaneously your obligations under this\nLicense and any other pertinent obligations, then as a consequence you may\nnot convey it at all. For example, if you agree to terms that obligate you\nto collect a royalty for further conveying from those to whom you convey\nthe Program, the only way you could satisfy both those terms and this\nLicense would be to refrain entirely from conveying the Program.\n\n 13. Use with the GNU Affero General Public License.\n\n Notwithstanding any other provision of this License, you have\npermission to link or combine any covered work with a work licensed\nunder version 3 of the GNU Affero General Public License into a single\ncombined work, and to convey the resulting work. The terms of this\nLicense will continue to apply to the part which is the covered work,\nbut the special requirements of the GNU Affero General Public License,\nsection 13, concerning interaction through a network will apply to the\ncombination as such.\n\n 14. Revised Versions of this License.\n\n The Free Software Foundation may publish revised and/or new versions of\nthe GNU General Public License from time to time. Such new versions will\nbe similar in spirit to the present version, but may differ in detail to\naddress new problems or concerns.\n\n Each version is given a distinguishing version number. If the\nProgram specifies that a certain numbered version of the GNU General\nPublic License \"or any later version\" applies to it, you have the\noption of following the terms and conditions either of that numbered\nversion or of any later version published by the Free Software\nFoundation. If the Program does not specify a version number of the\nGNU General Public License, you may choose any version ever published\nby the Free Software Foundation.\n\n If the Program specifies that a proxy can decide which future\nversions of the GNU General Public License can be used, that proxy's\npublic statement of acceptance of a version permanently authorizes you\nto choose that version for the Program.\n\n Later license versions may give you additional or different\npermissions. However, no additional obligations are imposed on any\nauthor or copyright holder as a result of your choosing to follow a\nlater version.\n\n 15. Disclaimer of Warranty.\n\n THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY\nAPPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT\nHOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM \"AS IS\" WITHOUT WARRANTY\nOF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO,\nTHE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR\nPURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM\nIS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF\nALL NECESSARY SERVICING, REPAIR OR CORRECTION.\n\n 16. Limitation of Liability.\n\n IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING\nWILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES AND/OR CONVEYS\nTHE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY\nGENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE\nUSE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF\nDATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD\nPARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS),\nEVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF\nSUCH DAMAGES.\n\n 17. Interpretation of Sections 15 and 16.\n\n If the disclaimer of warranty and limitation of liability provided\nabove cannot be given local legal effect according to their terms,\nreviewing courts shall apply local law that most closely approximates\nan absolute waiver of all civil liability in connection with the\nProgram, unless a warranty or assumption of liability accompanies a\ncopy of the Program in return for a fee.\n\n END OF TERMS AND CONDITIONS\n",
"type": "text/plain",
"title": "$:/plugins/tiddlywiki/jszip/license"
},
"$:/plugins/tiddlywiki/jszip/readme": {
"title": "$:/plugins/tiddlywiki/jszip/readme",
"text": "This plugin packages [[JSZip|https://stuk.github.io/jszip/]] for use by other plugins. It does not provide any end-user visible features.\n"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/xlsx-utils/controls": {
"title": "$:/plugins/tiddlywiki/xlsx-utils/controls",
"caption": "XLSX Utilities",
"tags": "$:/tags/ControlPanel",
"text": "\\define help-button(state)\n<$button popup=\"\"\"$:/state/expand-help/$state$\"\"\" class=\"tc-btn-invisible tc-popup-keep\">\n{{$:/core/images/help}}\n</$button>\n\\end\n\n\\define help-content(type,state)\n<$reveal tag=\"span\" state=\"\"\"$:/state/expand-help/$state$\"\"\" type=\"popup\" position=\"below\">\n<div class=\"tc-drop-down tc-popup-keep\" style=\"padding: 0.5em; max-width: 30em; white-space: normal;\">\n<$transclude tiddler=\"\"\"$:/plugins/tiddlywiki/xlsx-utils/docs/$type$\"\"\" mode=\"block\"/>\n</div>\n</$reveal>\n\\end\n\n\\define renameProxyTitle()\n$:/state/plugins/tiddlywiki/xlsx-utils/rename-$(currentTiddler)$\n\\end\n\n\\define rename-current-tiddler()\n<$edit-text tag=\"input\" tiddler=<<renameProxyTitle>> placeholder=\"Rename\" default=<<currentTiddler>> size=\"50\"/>\n<$reveal type=\"nomatch\" state=\"\"\"$(renameProxyTitle)$\"\"\" text=<<currentTiddler>> default=<<currentTiddler>> tag=\"span\">\n<$button>\n<$action-deletetiddler $tiddler=<<renameProxyTitle>>/>\ncancel\n</$button>\n<$button>\n<$action-sendmessage $message=\"tm-rename-tiddler\" from=<<currentTiddler>> to={{$(renameProxyTitle)$}}/>\n<$action-deletetiddler $tiddler=<<renameProxyTitle>>/>\nrename\n</$button>\n<$set name=\"proxy-title\" value={{$(renameProxyTitle)$}}>\n<$list filter=\"\"\"[<proxy-title>is[tiddler]]\"\"\">\nWarning: tiddler already exists\n</$list>\n</$set>\n</$reveal>\n\\end\n\n\\define expand-collapse-button(state)\n<$reveal state=\"\"\"$:/state/expand/$state$\"\"\" type=\"match\" text=\"yes\" default=\"no\" tag=\"span\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"\"\"$:/state/expand/$state$\"\"\" $value=\"no\"/>\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n<$reveal state=\"\"\"$:/state/expand/$state$\"\"\" type=\"nomatch\" text=\"yes\" default=\"no\" tag=\"span\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"\"\"$:/state/expand/$state$\"\"\" $value=\"yes\"/>\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n\\end\n\n\\define expand-collapse-content(state,content,class)\n<$reveal state=\"\"\"$:/state/expand/$state$\"\"\" type=\"match\" text=\"yes\" default=\"no\" tag=\"div\" class=\"\"\"$class$\"\"\" animate=\"yes\" retain=\"yes\">\n$content$\n</$reveal>\n\\end\n\n\\define up-down-buttons(parent,child)\n<$list filter=\"[list<$parent$>butfirst[]field:title<$child$>limit[1]]\" variable=\"listItem\">\n<$button class=\"tc-btn-invisible\">\n<$action-listops $tiddler=<<$parent$>> $subfilter=\"+[move:-1<$child$>]\"/>\n{{$:/core/images/chevron-up}}\n</$button>\n</$list>\n<$list filter=\"[list<$parent$>butlast[]field:title<$child$>limit[1]]\" variable=\"listItem\">\n<$button class=\"tc-btn-invisible\">\n<$action-listops $tiddler=<<$parent$>> $subfilter=\"+[move:1<$child$>]\"/>\n{{$:/core/images/chevron-down}}\n</$button>\n</$list>\n\\end\n\n\\define edit-button(state)\n<$reveal state=\"\"\"$:/state/edit/$state$\"\"\" type=\"nomatch\" text=\"yes\" default=\"no\" tag=\"span\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"\"\"$:/state/edit/$state$\"\"\" $value=\"yes\"/>\n<$action-setfield $tiddler=\"\"\"$:/state/expand/$state$\"\"\" $value=\"yes\"/>\n{{$:/core/images/edit-button}}\n</$button>\n</$reveal>\n<$reveal state=\"\"\"$:/state/edit/$state$\"\"\" type=\"match\" text=\"yes\" default=\"no\" tag=\"span\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"\"\"$:/state/edit/$state$\"\"\" $value=\"no\"/>\n{{$:/core/images/done-button}} Finish editing\n</$button>\n</$reveal>\n\\end\n\n\\define delete-item-button(filter,parent,title,prompt)\n<$button class=\"tc-btn-invisible\">\n<$action-deletetiddler $filter=\"\"\"$filter$\"\"\"/>\n<$action-listops $tiddler=\"\"\"$parent$\"\"\" $subfilter=\"-[[$title$]]\"/>\n{{$:/core/images/delete-button}}$prompt$\n</$button>\n\\end\n\n\\define edit-field()\n<$select tiddler=<<field>> field=\"import-field-list-op\" default=\"none\">\n<option value=\"none\">Set field</option>\n<option value=\"append\">Append to list field</option>\n</$select>\n<$edit-text tiddler=<<field>> field=\"import-field-name\" size=\"10\" tag=\"input\" placeholder=\"field name\"default=\"\"/>\n<$reveal state=\"\"\"$(field)$!!import-field-list-op\"\"\" type=\"match\" text=\"none\" default=\"none\" tag=\"span\">\nto\n</$reveal>\n<$reveal state=\"\"\"$(field)$!!import-field-list-op\"\"\" type=\"match\" text=\"append\" default=\"none\" tag=\"span\">\nthe\n</$reveal>\n<$select tiddler=<<field>> field=\"import-field-type\" default=\"string\">\n<option value=\"date\">date</option>\n<option value=\"string\">string</option>\n</$select>\n<$select tiddler=<<field>> field=\"import-field-source\" default=\"column\">\n<option value=\"column\">from column</option>\n<option value=\"constant\">constant</option>\n</$select>\n<$reveal state=\"\"\"$(field)$!!import-field-source\"\"\" type=\"match\" text=\"column\" default=\"column\" tag=\"span\">\n<$edit-text tiddler=<<field>> field=\"import-field-column\" tag=\"input\" placeholder=\"column\" default=\"\"/>\nprefixed\n<$edit-text tiddler=<<field>> field=\"import-field-prefix\" tag=\"input\" placeholder=\"prefix\" default=\"\"/>,\nsuffixed\n<$edit-text tiddler=<<field>> field=\"import-field-suffix\" tag=\"input\" placeholder=\"suffix\" default=\"\"/>\n</$reveal>\n<$reveal state=\"\"\"$(field)$!!import-field-source\"\"\" type=\"match\" text=\"constant\" default=\"column\" tag=\"span\">\n<$edit-text tiddler=<<field>> field=\"import-field-value\" tag=\"input\" placeholder=\"constant\" default=\"\"/>\n</$reveal>\n<$checkbox tiddler=<<field>> field=\"import-field-skip-tiddler-if-blank\" checked=\"yes\" unchecked=\"no\" default=\"no\">\nSkip this tiddler when field blank\n<br/>\nTitle:\n<$tiddler tiddler=<<field>>>\n<<rename-current-tiddler>>\n</$tiddler>\n\\end\n\n\\define view-field()\n<$link to=<<field>>>\n<$list filter=\"[<field>!has[import-field-list-op]]\" variable=\"listItem\">\nSet field ''<$view tiddler=<<field>> field=\"import-field-name\"/>'' to\n</$list>\n<$list filter=\"[<field>get[import-field-list-op]prefix[append]]\" variable=\"listItem\">\nAppend to list field ''<$view tiddler=<<field>> field=\"import-field-name\"/>''\n</$list>\n<$list filter=\"[<field>has[import-field-prefix]]\" variable=\"listItem\">\n''<code><$view tiddler=<<field>> field=\"import-field-prefix\"/></code>'' +\n</$list>\n<$list filter=\"[<field>get[import-field-type]prefix[date]]\" variable=\"listItem\">\ndate\n</$list>\n<$list filter=\"[<field>get[import-field-source]prefix[column]]\" variable=\"listItem\">\nvalue from column ''<$view tiddler=<<field>> field=\"import-field-column\"/>''\n</$list>\n<$list filter=\"[<field>get[import-field-source]prefix[constant]]\" variable=\"listItem\">\nconstant ''<code><$view tiddler=<<field>> field=\"import-field-value\"/></code>''\n</$list>\n<$list filter=\"[<field>has[import-field-suffix]]\" variable=\"listItem\">\n+ ''<code><$view tiddler=<<field>> field=\"import-field-suffix\"/></code>''\n</$list>\n</$link>\n\\end\n\n\\define list-fields()\n<ul class=\"tc-import-spec-row-list\">\n<$list filter=\"[list<row>]\" variable=\"field\" emptyMessage=\"<div>(No field import specifiers)</div>\">\n<li class=\"tc-import-spec-field-wrapper\">\n<$reveal state=\"\"\"$:/state/edit/$(row)$\"\"\" type=\"match\" text=\"yes\" default=\"no\" tag=\"span\">\n<<edit-field>>\n<<up-down-buttons parent:\"row\" child:\"field\">>\n<$macrocall $name=\"delete-item-button\" filter=\"[<field>]\" parent=<<row>> title=<<field>>/>\n</$reveal>\n<$reveal state=\"\"\"$:/state/edit/$(row)$\"\"\" type=\"nomatch\" text=\"yes\" default=\"no\" tag=\"span\">\n<<view-field>>\n</$reveal>\n</li>\n</$list>\n</ul>\n\\end\n\n\\define view-row-content()\n<$reveal state=\"\"\"$:/state/edit/$(row)$\"\"\" type=\"match\" text=\"yes\" default=\"no\" tag=\"ul\" class=\"tc-import-spec-row-controls\" animate=\"yes\" retain=\"yes\">\n<li>\n<$macrocall $name=\"delete-item-button\" filter=\"[<row>] [<row>getlist[]]\" parent=<<sheet>> title=<<row>> prompt=\" Delete this row\"/>\n</li>\n<li>\nTitle:\n<$tiddler tiddler=<<row>>>\n<<rename-current-tiddler>>\n</$tiddler>\n</li>\n<li>\nRow type:\n<$select tiddler=<<row>> field=\"import-row-type\" default=\"by-field\">\n<option value=\"by-field\">By field</option>\n<option value=\"by-column\">By column</option>\n</$select>\n</li>\n<li>\n<$button class=\"tc-btn-invisible\">\n<$action-createtiddler $basetitle=\"$:/_ExcelImporter/ImportSpecifiers/Field\" $savetitle=\"$:/temp/newtiddler\" import-spec-role=\"field\" import-field-name=\"fieldname\" import-field-type=\"string\" import-field-source=\"column\" import-field-column=\"Column Name\" />\n<$action-listops $tiddler=<<row>> $subfilter=\"[{$:/temp/newtiddler}] +[putfirst[]]\"/>\n{{$:/core/images/new-button}} Add new field\n</$button>\n</li>\n</$reveal>\n<<list-fields>>\n\\end\n\n\\define view-row()\n<div class=\"tc-import-spec-row-wrapper\">\n<h5>\n<$macrocall $name=\"expand-collapse-button\" state=<<row>>/>\nEach row: <$list filter=\"[list<row>import-field-name[title]]\" variable=\"field\" emptyMessage=\"\n<$link to=<<field>>>(title field not set)</$link>\"><<view-field>></$list>\n<$macrocall $name=\"edit-button\" state=<<row>>/>\n<<up-down-buttons parent:\"sheet\" child:\"row\">>\n<$macrocall $name=\"help-button\" state=<<row>>/>\n</h5>\n<$macrocall $name=\"help-content\" type=\"row\" state=<<row>>/>\n<$macrocall $name=\"expand-collapse-content\" state=<<row>> content=<<view-row-content>> class=\"tc-import-spec-row\"/>\n</div>\n\\end\n\n\\define list-rows()\n<div class=\"tc-import-spec-sheet-list\">\n<$list filter=\"[list<sheet>]\" variable=\"row\" emptyMessage=\"<div>(No row import specifiers)</div>\">\n<<view-row>>\n</$list>\n\\end\n\n\\define view-sheet-content()\n<$reveal state=\"\"\"$:/state/edit/$(sheet)$\"\"\" type=\"match\" text=\"yes\" default=\"no\" tag=\"ul\" class=\"tc-import-spec-sheet-controls\" animate=\"yes\" retain=\"yes\">\n<li>\n<$macrocall $name=\"delete-item-button\" filter=\"[<sheet>] [<sheet>getlist[]] [<sheet>getlist[]getlist[]]\" parent=<<workbook>> title=<<sheet>> prompt=\" Delete this sheet\"/>\n</li>\n<li>\nTitle:\n<$tiddler tiddler=<<sheet>>>\n<<rename-current-tiddler>>\n</$tiddler>\n</li>\n<li>\nImport sheet name:\n<$edit-text tiddler=<<sheet>> field=\"import-sheet-name\" size=\"50\"/>\n</li>\n<li>\n<$button class=\"tc-btn-invisible\">\n<$action-createtiddler $basetitle=\"$:/_ExcelImporter/ImportSpecifiers/Row\" $savetitle=\"$:/temp/newtiddler\" import-spec-role=\"row\"/>\n<$action-listops $tiddler=<<sheet>> $subfilter=\"[{$:/temp/newtiddler}] +[putfirst[]]\"/>\n<$action-setfield $tiddler={{{ [{$:/temp/newtiddler}addprefix[$:/state/edit/]] }}} $value=\"yes\"/>\n<$action-setfield $tiddler={{{ [{$:/temp/newtiddler}addprefix[$:/state/expand/]] }}} $value=\"yes\"/>\n{{$:/core/images/new-button}} Add new row\n</$button>\n</li>\n</$reveal>\n<<list-rows>>\n\\end\n\n\\define view-sheet()\n<div class=\"tc-import-spec-sheet-wrapper\">\n<h4>\n<$macrocall $name=\"expand-collapse-button\" state=<<sheet>>/>\nSheet: <$link to=<<sheet>>><$view tiddler=<<sheet>> field=\"import-sheet-name\"/></$link>\n<$macrocall $name=\"edit-button\" state=<<sheet>>/>\n<<up-down-buttons parent:\"workbook\" child:\"sheet\">>\n<$macrocall $name=\"help-button\" state=<<sheet>>/>\n</h4>\n<$macrocall $name=\"help-content\" type=\"sheet\" state=<<sheet>>/>\n<$macrocall $name=\"expand-collapse-content\" state=<<sheet>> content=<<view-sheet-content>> class=\"tc-import-spec-sheet\"/>\n</div>\n\\end\n\n\\define list-sheets()\n<div class=\"tc-import-spec-workbook-list\">\n<$list filter=\"[list<workbook>]\" variable=\"sheet\" emptyMessage=\"<div>(No sheet import specifiers)</div>\">\n<<view-sheet>>\n</$list>\n</div>\n\\end\n\n\\define view-workbook-content()\n<$reveal state=\"\"\"$:/state/edit/$(workbook)$\"\"\" type=\"match\" text=\"yes\" default=\"no\" tag=\"ul\" class=\"tc-import-spec-workbook-controls\" animate=\"yes\" retain=\"yes\">\n<li>\n<$macrocall $name=\"delete-item-button\" filter=\"[<workbook>] [<workbook>getlist[]] [<workbook>getlist[]getlist[]] [<workbook>getlist[]getlist[]getlist[]]\" prompt=\" Delete this workbook\"/>\n</li>\n<li>\nTitle:\n<$tiddler tiddler=<<workbook>>>\n<<rename-current-tiddler>>\n</$tiddler>\n</li>\n<li>\nCaption:\n<$edit-text tiddler=<<workbook>> field=\"caption\" size=\"50\"/>\n</li>\n<li>\n<$button class=\"tc-btn-invisible\">\n<$action-createtiddler $basetitle=\"$:/_ExcelImporter/ImportSpecifiers/Sheet\" $savetitle=\"$:/temp/newtiddler\" import-spec-role=\"sheet\" import-sheet-name=\"Sheet name\"/>\n<$action-listops $tiddler=<<workbook>> $subfilter=\"[{$:/temp/newtiddler}] +[putfirst[]]\"/>\n<$action-setfield $tiddler={{{ [{$:/temp/newtiddler}addprefix[$:/state/edit/]] }}} $value=\"yes\"/>\n<$action-setfield $tiddler={{{ [{$:/temp/newtiddler}addprefix[$:/state/expand/]] }}} $value=\"yes\"/>\n{{$:/core/images/new-button}} Add new sheet\n</$button>\n</li>\n</$reveal>\n<<list-sheets>>\n\\end\n\n\\define view-workbook()\n<div class=\"tc-import-spec-workbook-wrapper\">\n<h3>\n<$macrocall $name=\"expand-collapse-button\" state=<<workbook>>/>\nWorkbook: <$link to=<<workbook>>><$view tiddler=<<workbook>> field=\"caption\"/></$link>\n<$macrocall $name=\"edit-button\" state=<<workbook>>/>\n<$macrocall $name=\"help-button\" state=<<workbook>>/>\n</h3>\n<$macrocall $name=\"help-content\" type=\"workbook\" state=<<workbook>>/>\n<$macrocall $name=\"expand-collapse-content\" state=<<workbook>> content=<<view-workbook-content>> class=\"tc-import-spec-workbook\"/>\n</div>\n\\end\n\n\\define list-workbooks()\n<ul class=\"tc-import-spec-editor-controls\">\n<li>\n<$button class=\"tc-btn-invisible\">\n<$action-createtiddler $basetitle=\"$:/_ExcelImporter/ImportSpecifiers/Workbook\" $savetitle=\"$:/temp/newtiddler\" import-spec-role=\"workbook\" caption=\"New workbook\"/>\n<$action-setfield $tiddler={{{ [{$:/temp/newtiddler}addprefix[$:/state/edit/]] }}} $value=\"yes\"/>\n<$action-setfield $tiddler={{{ [{$:/temp/newtiddler}addprefix[$:/state/expand/]] }}} $value=\"yes\"/>\n{{$:/core/images/new-button}} Add new workbook\n</$button>\n</li>\n</ul>\n<div class=\"tc-import-spec-editor-list\">\n<$list filter=\"[all[shadows+tiddlers]import-spec-role[workbook]sort[caption]]\" variable=\"workbook\">\n<<view-workbook>>\n</$list>\n</div>\n\\end\n\n<h1>\nControls for XLSX Spreadsheet Utilities\n</h1>\n\n<div class=\"tc-import-spec-selector\">\n<h2>\nCurrent Import Specification\n</h2>\n<$list filter=\"[all[shadows+tiddlers]import-spec-role[workbook]limit[1]]\" emptyMessage=\"\"\"\nThere are no import specifications available. Use the controls below to create one\n\"\"\">\nThis is the import specification that will be used for the next import of an `.XLSX` file\n<$select tiddler=\"$:/config/plugins/tiddlywiki/xlsx-utils/default-import-spec\">\n<$list filter=\"[all[shadows+tiddlers]import-spec-role[workbook]sort[caption]]\">\n<option value=<<currentTiddler>>><$text text={{!!caption}}/></option>\n</$list>\n</$select>\n</$list>\n</div>\n\n<div class=\"tc-import-spec-editor-wrapper\">\n<h2>\n Import Specifications\n<$macrocall $name=\"help-button\" state=\"\"/>\n</h2>\n<$macrocall $name=\"help-content\" type=\"editor\" state=\"\"/>\n<div class=\"tc-import-spec-editor\">\n<<list-workbooks>>\n</div>\n</div>\n"
},
"$:/plugins/tiddlywiki/xlsx-utils/deserializer.js": {
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/xlsx-utils/deserializer.js\ntype: application/javascript\nmodule-type: tiddlerdeserializer\n\nXLSX file deserializer\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParse an XLSX file into tiddlers\n*/\nexports[\"application/vnd.openxmlformats-officedocument.spreadsheetml.sheet\"] = function(text,fields) {\n\t// Collect output tiddlers in an array\n\tvar results = [],\n\t\tXLSXImporter = require(\"$:/plugins/tiddlywiki/xlsx-utils/importer.js\").XLSXImporter,\n\t\timporter = new XLSXImporter({\n\t\t\ttext: text\n\t\t});\n\t// Return the output tiddlers\n\treturn importer.getResults();\n};\n\n})();\n",
"title": "$:/plugins/tiddlywiki/xlsx-utils/deserializer.js",
"type": "application/javascript",
"module-type": "tiddlerdeserializer"
},
"$:/plugins/tiddlywiki/xlsx-utils/docs/editor": {
"title": "$:/plugins/tiddlywiki/xlsx-utils/docs/editor",
"text": "!!! Import Specifications\n\nImport specifications govern how spreadsheets are converted into individual tiddlers.\n\nEach \"workbook\" describes how spreadsheets of a particular format should be converted.\n"
},
"$:/plugins/tiddlywiki/xlsx-utils/docs/row": {
"title": "$:/plugins/tiddlywiki/xlsx-utils/docs/row",
"text": "!!! Row Import Specifications\n\nEach row import specification describes how one tiddler should be extracted from each row of the current sheet.\n\nNote that using multiple row import specifications within a sheet enables multiple tiddlers to be created from each row of the sheet.\n\nRows contain a list of field import specifications that describe how each field of the tiddler should be created.\n\n!!! Field Import Specifications\n\nField import specifications describe the value given to a particular field of a tiddler.\n\nThey follow a rich syntax for describing how each field of the tiddler is created. For example:\n\n* Set field `title` to string from column `Organization`\n* Set field `role` to string constant `organization`\n* Append to list field `list` the string from column `Country` prefixed with `Map:`\n\n"
},
"$:/plugins/tiddlywiki/xlsx-utils/docs/sheet": {
"title": "$:/plugins/tiddlywiki/xlsx-utils/docs/sheet",
"text": "!!! Sheet Import Specifications\n\nEach sheet import specification describes how a named sheet within a workbook should be converted into individual tiddlers.\n\nSheets contain a list of row import specifications that describe how individual rows of the sheet should be handled.\n\nEach sheet has the name of the sheet that it handles.\n\nNote that the first row of each sheet is interpreted as the title of each column.\n"
},
"$:/plugins/tiddlywiki/xlsx-utils/docs/workbook": {
"title": "$:/plugins/tiddlywiki/xlsx-utils/docs/workbook",
"text": "!!! Workbook Import Specifications\n\nEach workbook import specification describes how spreadsheets of a particular format should be converted into individual tiddlers.\n\nCreate a new workbook for each type of spreadsheet that you will be working with.\n\nWorkbooks contain a list of sheet import specifications that describe how individual sheets of the workbook should be handled.\n\nEach workbook has a caption that you can use to describe its purpose.\n"
},
"$:/plugins/tiddlywiki/xlsx-utils/xlsx.js": {
"text": "var old_exports = exports,JSZip = require(\"$:/plugins/tiddlywiki/jszip/jszip.js\");exports = {};if($tw.browser){module.exports=undefined;};/* xlsx.js (C) 2013-2015 SheetJS -- http://sheetjs.com */\n/* vim: set ts=2: */\n/*jshint -W041 */\n/*jshint funcscope:true, eqnull:true */\nvar XLSX = {};\n(function make_xlsx(XLSX){\nXLSX.version = '0.8.0';\nvar current_codepage = 1200, current_cptable;\nif(typeof module !== \"undefined\" && typeof require !== 'undefined') {\n\tif(typeof cptable === 'undefined') cptable = require('./dist/cpexcel');\n\tcurrent_cptable = cptable[current_codepage];\n}\nfunction reset_cp() { set_cp(1200); }\nvar set_cp = function(cp) { current_codepage = cp; };\n\nfunction char_codes(data) { var o = []; for(var i = 0, len = data.length; i < len; ++i) o[i] = data.charCodeAt(i); return o; }\nvar debom_xml = function(data) { return data; };\n\nvar _getchar = function _gc1(x) { return String.fromCharCode(x); };\nif(typeof cptable !== 'undefined') {\n\tset_cp = function(cp) { current_codepage = cp; current_cptable = cptable[cp]; };\n\tdebom_xml = function(data) {\n\t\tif(data.charCodeAt(0) === 0xFF && data.charCodeAt(1) === 0xFE) { return cptable.utils.decode(1200, char_codes(data.substr(2))); }\n\t\treturn data;\n\t};\n\t_getchar = function _gc2(x) {\n\t\tif(current_codepage === 1200) return String.fromCharCode(x);\n\t\treturn cptable.utils.decode(current_codepage, [x&255,x>>8])[0];\n\t};\n}\nvar Base64 = (function make_b64(){\n\tvar map = \"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=\";\n\treturn {\n\t\tencode: function(input, utf8) {\n\t\t\tvar o = \"\";\n\t\t\tvar c1, c2, c3, e1, e2, e3, e4;\n\t\t\tfor(var i = 0; i < input.length; ) {\n\t\t\t\tc1 = input.charCodeAt(i++);\n\t\t\t\tc2 = input.charCodeAt(i++);\n\t\t\t\tc3 = input.charCodeAt(i++);\n\t\t\t\te1 = c1 >> 2;\n\t\t\t\te2 = (c1 & 3) << 4 | c2 >> 4;\n\t\t\t\te3 = (c2 & 15) << 2 | c3 >> 6;\n\t\t\t\te4 = c3 & 63;\n\t\t\t\tif (isNaN(c2)) { e3 = e4 = 64; }\n\t\t\t\telse if (isNaN(c3)) { e4 = 64; }\n\t\t\t\to += map.charAt(e1) + map.charAt(e2) + map.charAt(e3) + map.charAt(e4);\n\t\t\t}\n\t\t\treturn o;\n\t\t},\n\t\tdecode: function b64_decode(input, utf8) {\n\t\t\tvar o = \"\";\n\t\t\tvar c1, c2, c3;\n\t\t\tvar e1, e2, e3, e4;\n\t\t\tinput = input.replace(/[^A-Za-z0-9\\+\\/\\=]/g, \"\");\n\t\t\tfor(var i = 0; i < input.length;) {\n\t\t\t\te1 = map.indexOf(input.charAt(i++));\n\t\t\t\te2 = map.indexOf(input.charAt(i++));\n\t\t\t\te3 = map.indexOf(input.charAt(i++));\n\t\t\t\te4 = map.indexOf(input.charAt(i++));\n\t\t\t\tc1 = e1 << 2 | e2 >> 4;\n\t\t\t\tc2 = (e2 & 15) << 4 | e3 >> 2;\n\t\t\t\tc3 = (e3 & 3) << 6 | e4;\n\t\t\t\to += String.fromCharCode(c1);\n\t\t\t\tif (e3 != 64) { o += String.fromCharCode(c2); }\n\t\t\t\tif (e4 != 64) { o += String.fromCharCode(c3); }\n\t\t\t}\n\t\t\treturn o;\n\t\t}\n\t};\n})();\nvar has_buf = (typeof Buffer !== 'undefined');\n\nfunction new_raw_buf(len) {\n\t/* jshint -W056 */\n\treturn new (has_buf ? Buffer : Array)(len);\n\t/* jshint +W056 */\n}\n\nfunction s2a(s) {\n\tif(has_buf) return new Buffer(s, \"binary\");\n\treturn s.split(\"\").map(function(x){ return x.charCodeAt(0) & 0xff; });\n}\n\nvar bconcat = function(bufs) { return [].concat.apply([], bufs); };\n\nvar chr0 = /\\u0000/g, chr1 = /[\\u0001-\\u0006]/;\n/* ssf.js (C) 2013-2014 SheetJS -- http://sheetjs.com */\n/*jshint -W041 */\nvar SSF = {};\nvar make_ssf = function make_ssf(SSF){\nSSF.version = '0.8.1';\nfunction _strrev(x) { var o = \"\", i = x.length-1; while(i>=0) o += x.charAt(i--); return o; }\nfunction fill(c,l) { var o = \"\"; while(o.length < l) o+=c; return o; }\nfunction pad0(v,d){var t=\"\"+v; return t.length>=d?t:fill('0',d-t.length)+t;}\nfunction pad_(v,d){var t=\"\"+v;return t.length>=d?t:fill(' ',d-t.length)+t;}\nfunction rpad_(v,d){var t=\"\"+v; return t.length>=d?t:t+fill(' ',d-t.length);}\nfunction pad0r1(v,d){var t=\"\"+Math.round(v); return t.length>=d?t:fill('0',d-t.length)+t;}\nfunction pad0r2(v,d){var t=\"\"+v; return t.length>=d?t:fill('0',d-t.length)+t;}\nvar p2_32 = Math.pow(2,32);\nfunction pad0r(v,d){if(v>p2_32||v<-p2_32) return pad0r1(v,d); var i = Math.round(v); return pad0r2(i,d); }\nfunction isgeneral(s, i) { return s.length >= 7 + i && (s.charCodeAt(i)|32) === 103 && (s.charCodeAt(i+1)|32) === 101 && (s.charCodeAt(i+2)|32) === 110 && (s.charCodeAt(i+3)|32) === 101 && (s.charCodeAt(i+4)|32) === 114 && (s.charCodeAt(i+5)|32) === 97 && (s.charCodeAt(i+6)|32) === 108; }\n/* Options */\nvar opts_fmt = [\n\t[\"date1904\", 0],\n\t[\"output\", \"\"],\n\t[\"WTF\", false]\n];\nfunction fixopts(o){\n\tfor(var y = 0; y != opts_fmt.length; ++y) if(o[opts_fmt[y][0]]===undefined) o[opts_fmt[y][0]]=opts_fmt[y][1];\n}\nSSF.opts = opts_fmt;\nvar table_fmt = {\n\t0: 'General',\n\t1: '0',\n\t2: '0.00',\n\t3: '#,##0',\n\t4: '#,##0.00',\n\t9: '0%',\n\t10: '0.00%',\n\t11: '0.00E+00',\n\t12: '# ?/?',\n\t13: '# ??/??',\n\t14: 'm/d/yy',\n\t15: 'd-mmm-yy',\n\t16: 'd-mmm',\n\t17: 'mmm-yy',\n\t18: 'h:mm AM/PM',\n\t19: 'h:mm:ss AM/PM',\n\t20: 'h:mm',\n\t21: 'h:mm:ss',\n\t22: 'm/d/yy h:mm',\n\t37: '#,##0 ;(#,##0)',\n\t38: '#,##0 ;[Red](#,##0)',\n\t39: '#,##0.00;(#,##0.00)',\n\t40: '#,##0.00;[Red](#,##0.00)',\n\t45: 'mm:ss',\n\t46: '[h]:mm:ss',\n\t47: 'mmss.0',\n\t48: '##0.0E+0',\n\t49: '@',\n\t56: '\"上午/下午 \"hh\"時\"mm\"分\"ss\"秒 \"',\n\t65535: 'General'\n};\nvar days = [\n\t['Sun', 'Sunday'],\n\t['Mon', 'Monday'],\n\t['Tue', 'Tuesday'],\n\t['Wed', 'Wednesday'],\n\t['Thu', 'Thursday'],\n\t['Fri', 'Friday'],\n\t['Sat', 'Saturday']\n];\nvar months = [\n\t['J', 'Jan', 'January'],\n\t['F', 'Feb', 'February'],\n\t['M', 'Mar', 'March'],\n\t['A', 'Apr', 'April'],\n\t['M', 'May', 'May'],\n\t['J', 'Jun', 'June'],\n\t['J', 'Jul', 'July'],\n\t['A', 'Aug', 'August'],\n\t['S', 'Sep', 'September'],\n\t['O', 'Oct', 'October'],\n\t['N', 'Nov', 'November'],\n\t['D', 'Dec', 'December']\n];\nfunction frac(x, D, mixed) {\n\tvar sgn = x < 0 ? -1 : 1;\n\tvar B = x * sgn;\n\tvar P_2 = 0, P_1 = 1, P = 0;\n\tvar Q_2 = 1, Q_1 = 0, Q = 0;\n\tvar A = Math.floor(B);\n\twhile(Q_1 < D) {\n\t\tA = Math.floor(B);\n\t\tP = A * P_1 + P_2;\n\t\tQ = A * Q_1 + Q_2;\n\t\tif((B - A) < 0.0000000005) break;\n\t\tB = 1 / (B - A);\n\t\tP_2 = P_1; P_1 = P;\n\t\tQ_2 = Q_1; Q_1 = Q;\n\t}\n\tif(Q > D) { Q = Q_1; P = P_1; }\n\tif(Q > D) { Q = Q_2; P = P_2; }\n\tif(!mixed) return [0, sgn * P, Q];\n\tif(Q===0) throw \"Unexpected state: \"+P+\" \"+P_1+\" \"+P_2+\" \"+Q+\" \"+Q_1+\" \"+Q_2;\n\tvar q = Math.floor(sgn * P/Q);\n\treturn [q, sgn*P - q*Q, Q];\n}\nfunction general_fmt_int(v, opts) { return \"\"+v; }\nSSF._general_int = general_fmt_int;\nvar general_fmt_num = (function make_general_fmt_num() {\nvar gnr1 = /\\.(\\d*[1-9])0+$/, gnr2 = /\\.0*$/, gnr4 = /\\.(\\d*[1-9])0+/, gnr5 = /\\.0*[Ee]/, gnr6 = /(E[+-])(\\d)$/;\nfunction gfn2(v) {\n\tvar w = (v<0?12:11);\n\tvar o = gfn5(v.toFixed(12)); if(o.length <= w) return o;\n\to = v.toPrecision(10); if(o.length <= w) return o;\n\treturn v.toExponential(5);\n}\nfunction gfn3(v) {\n\tvar o = v.toFixed(11).replace(gnr1,\".$1\");\n\tif(o.length > (v<0?12:11)) o = v.toPrecision(6);\n\treturn o;\n}\nfunction gfn4(o) {\n\tfor(var i = 0; i != o.length; ++i) if((o.charCodeAt(i) | 0x20) === 101) return o.replace(gnr4,\".$1\").replace(gnr5,\"E\").replace(\"e\",\"E\").replace(gnr6,\"$10$2\");\n\treturn o;\n}\nfunction gfn5(o) {\n\t//for(var i = 0; i != o.length; ++i) if(o.charCodeAt(i) === 46) return o.replace(gnr2,\"\").replace(gnr1,\".$1\");\n\t//return o;\n\treturn o.indexOf(\".\") > -1 ? o.replace(gnr2,\"\").replace(gnr1,\".$1\") : o;\n}\nreturn function general_fmt_num(v, opts) {\n\tvar V = Math.floor(Math.log(Math.abs(v))*Math.LOG10E), o;\n\tif(V >= -4 && V <= -1) o = v.toPrecision(10+V);\n\telse if(Math.abs(V) <= 9) o = gfn2(v);\n\telse if(V === 10) o = v.toFixed(10).substr(0,12);\n\telse o = gfn3(v);\n\treturn gfn5(gfn4(o));\n};})();\nSSF._general_num = general_fmt_num;\nfunction general_fmt(v, opts) {\n\tswitch(typeof v) {\n\t\tcase 'string': return v;\n\t\tcase 'boolean': return v ? \"TRUE\" : \"FALSE\";\n\t\tcase 'number': return (v|0) === v ? general_fmt_int(v, opts) : general_fmt_num(v, opts);\n\t}\n\tthrow new Error(\"unsupported value in General format: \" + v);\n}\nSSF._general = general_fmt;\nfunction fix_hijri(date, o) { return 0; }\nfunction parse_date_code(v,opts,b2) {\n\tif(v > 2958465 || v < 0) return null;\n\tvar date = (v|0), time = Math.floor(86400 * (v - date)), dow=0;\n\tvar dout=[];\n\tvar out={D:date, T:time, u:86400*(v-date)-time,y:0,m:0,d:0,H:0,M:0,S:0,q:0};\n\tif(Math.abs(out.u) < 1e-6) out.u = 0;\n\tfixopts(opts != null ? opts : (opts=[]));\n\tif(opts.date1904) date += 1462;\n\tif(out.u > 0.999) {\n\t\tout.u = 0;\n\t\tif(++time == 86400) { time = 0; ++date; }\n\t}\n\tif(date === 60) {dout = b2 ? [1317,10,29] : [1900,2,29]; dow=3;}\n\telse if(date === 0) {dout = b2 ? [1317,8,29] : [1900,1,0]; dow=6;}\n\telse {\n\t\tif(date > 60) --date;\n\t\t/* 1 = Jan 1 1900 */\n\t\tvar d = new Date(1900,0,1);\n\t\td.setDate(d.getDate() + date - 1);\n\t\tdout = [d.getFullYear(), d.getMonth()+1,d.getDate()];\n\t\tdow = d.getDay();\n\t\tif(date < 60) dow = (dow + 6) % 7;\n\t\tif(b2) dow = fix_hijri(d, dout);\n\t}\n\tout.y = dout[0]; out.m = dout[1]; out.d = dout[2];\n\tout.S = time % 60; time = Math.floor(time / 60);\n\tout.M = time % 60; time = Math.floor(time / 60);\n\tout.H = time;\n\tout.q = dow;\n\treturn out;\n}\nSSF.parse_date_code = parse_date_code;\n/*jshint -W086 */\nfunction write_date(type, fmt, val, ss0) {\n\tvar o=\"\", ss=0, tt=0, y = val.y, out, outl = 0;\n\tswitch(type) {\n\t\tcase 98: /* 'b' buddhist year */\n\t\t\ty = val.y + 543;\n\t\t\t/* falls through */\n\t\tcase 121: /* 'y' year */\n\t\tswitch(fmt.length) {\n\t\t\tcase 1: case 2: out = y % 100; outl = 2; break;\n\t\t\tdefault: out = y % 10000; outl = 4; break;\n\t\t} break;\n\t\tcase 109: /* 'm' month */\n\t\tswitch(fmt.length) {\n\t\t\tcase 1: case 2: out = val.m; outl = fmt.length; break;\n\t\t\tcase 3: return months[val.m-1][1];\n\t\t\tcase 5: return months[val.m-1][0];\n\t\t\tdefault: return months[val.m-1][2];\n\t\t} break;\n\t\tcase 100: /* 'd' day */\n\t\tswitch(fmt.length) {\n\t\t\tcase 1: case 2: out = val.d; outl = fmt.length; break;\n\t\t\tcase 3: return days[val.q][0];\n\t\t\tdefault: return days[val.q][1];\n\t\t} break;\n\t\tcase 104: /* 'h' 12-hour */\n\t\tswitch(fmt.length) {\n\t\t\tcase 1: case 2: out = 1+(val.H+11)%12; outl = fmt.length; break;\n\t\t\tdefault: throw 'bad hour format: ' + fmt;\n\t\t} break;\n\t\tcase 72: /* 'H' 24-hour */\n\t\tswitch(fmt.length) {\n\t\t\tcase 1: case 2: out = val.H; outl = fmt.length; break;\n\t\t\tdefault: throw 'bad hour format: ' + fmt;\n\t\t} break;\n\t\tcase 77: /* 'M' minutes */\n\t\tswitch(fmt.length) {\n\t\t\tcase 1: case 2: out = val.M; outl = fmt.length; break;\n\t\t\tdefault: throw 'bad minute format: ' + fmt;\n\t\t} break;\n\t\tcase 115: /* 's' seconds */\n\t\tif(val.u === 0) switch(fmt) {\n\t\t\tcase 's': case 'ss': return pad0(val.S, fmt.length);\n\t\t\tcase '.0': case '.00': case '.000':\n\t\t}\n\t\tswitch(fmt) {\n\t\t\tcase 's': case 'ss': case '.0': case '.00': case '.000':\n\t\t\t\tif(ss0 >= 2) tt = ss0 === 3 ? 1000 : 100;\n\t\t\t\telse tt = ss0 === 1 ? 10 : 1;\n\t\t\t\tss = Math.round((tt)*(val.S + val.u));\n\t\t\t\tif(ss >= 60*tt) ss = 0;\n\t\t\t\tif(fmt === 's') return ss === 0 ? \"0\" : \"\"+ss/tt;\n\t\t\t\to = pad0(ss,2 + ss0);\n\t\t\t\tif(fmt === 'ss') return o.substr(0,2);\n\t\t\t\treturn \".\" + o.substr(2,fmt.length-1);\n\t\t\tdefault: throw 'bad second format: ' + fmt;\n\t\t}\n\t\tcase 90: /* 'Z' absolute time */\n\t\tswitch(fmt) {\n\t\t\tcase '[h]': case '[hh]': out = val.D*24+val.H; break;\n\t\t\tcase '[m]': case '[mm]': out = (val.D*24+val.H)*60+val.M; break;\n\t\t\tcase '[s]': case '[ss]': out = ((val.D*24+val.H)*60+val.M)*60+Math.round(val.S+val.u); break;\n\t\t\tdefault: throw 'bad abstime format: ' + fmt;\n\t\t} outl = fmt.length === 3 ? 1 : 2; break;\n\t\tcase 101: /* 'e' era */\n\t\t\tout = y; outl = 1;\n\t}\n\tif(outl > 0) return pad0(out, outl); else return \"\";\n}\n/*jshint +W086 */\nfunction commaify(s) {\n\tif(s.length <= 3) return s;\n\tvar j = (s.length % 3), o = s.substr(0,j);\n\tfor(; j!=s.length; j+=3) o+=(o.length > 0 ? \",\" : \"\") + s.substr(j,3);\n\treturn o;\n}\nvar write_num = (function make_write_num(){\nvar pct1 = /%/g;\nfunction write_num_pct(type, fmt, val){\n\tvar sfmt = fmt.replace(pct1,\"\"), mul = fmt.length - sfmt.length;\n\treturn write_num(type, sfmt, val * Math.pow(10,2*mul)) + fill(\"%\",mul);\n}\nfunction write_num_cm(type, fmt, val){\n\tvar idx = fmt.length - 1;\n\twhile(fmt.charCodeAt(idx-1) === 44) --idx;\n\treturn write_num(type, fmt.substr(0,idx), val / Math.pow(10,3*(fmt.length-idx)));\n}\nfunction write_num_exp(fmt, val){\n\tvar o;\n\tvar idx = fmt.indexOf(\"E\") - fmt.indexOf(\".\") - 1;\n\tif(fmt.match(/^#+0.0E\\+0$/)) {\n\t\tvar period = fmt.indexOf(\".\"); if(period === -1) period=fmt.indexOf('E');\n\t\tvar ee = Math.floor(Math.log(Math.abs(val))*Math.LOG10E)%period;\n\t\tif(ee < 0) ee += period;\n\t\to = (val/Math.pow(10,ee)).toPrecision(idx+1+(period+ee)%period);\n\t\tif(o.indexOf(\"e\") === -1) {\n\t\t\tvar fakee = Math.floor(Math.log(Math.abs(val))*Math.LOG10E);\n\t\t\tif(o.indexOf(\".\") === -1) o = o[0] + \".\" + o.substr(1) + \"E+\" + (fakee - o.length+ee);\n\t\t\telse o += \"E+\" + (fakee - ee);\n\t\t\twhile(o.substr(0,2) === \"0.\") {\n\t\t\t\to = o[0] + o.substr(2,period) + \".\" + o.substr(2+period);\n\t\t\t\to = o.replace(/^0+([1-9])/,\"$1\").replace(/^0+\\./,\"0.\");\n\t\t\t}\n\t\t\to = o.replace(/\\+-/,\"-\");\n\t\t}\n\t\to = o.replace(/^([+-]?)(\\d*)\\.(\\d*)[Ee]/,function($$,$1,$2,$3) { return $1 + $2 + $3.substr(0,(period+ee)%period) + \".\" + $3.substr(ee) + \"E\"; });\n\t} else o = val.toExponential(idx);\n\tif(fmt.match(/E\\+00$/) && o.match(/e[+-]\\d$/)) o = o.substr(0,o.length-1) + \"0\" + o[o.length-1];\n\tif(fmt.match(/E\\-/) && o.match(/e\\+/)) o = o.replace(/e\\+/,\"e\");\n\treturn o.replace(\"e\",\"E\");\n}\nvar frac1 = /# (\\?+)( ?)\\/( ?)(\\d+)/;\nfunction write_num_f1(r, aval, sign) {\n\tvar den = parseInt(r[4]), rr = Math.round(aval * den), base = Math.floor(rr/den);\n\tvar myn = (rr - base*den), myd = den;\n\treturn sign + (base === 0 ? \"\" : \"\"+base) + \" \" + (myn === 0 ? fill(\" \", r[1].length + 1 + r[4].length) : pad_(myn,r[1].length) + r[2] + \"/\" + r[3] + pad0(myd,r[4].length));\n}\nfunction write_num_f2(r, aval, sign) {\n\treturn sign + (aval === 0 ? \"\" : \"\"+aval) + fill(\" \", r[1].length + 2 + r[4].length);\n}\nvar dec1 = /^#*0*\\.(0+)/;\nvar closeparen = /\\).*[0#]/;\nvar phone = /\\(###\\) ###\\\\?-####/;\nfunction hashq(str) {\n\tvar o = \"\", cc;\n\tfor(var i = 0; i != str.length; ++i) switch((cc=str.charCodeAt(i))) {\n\t\tcase 35: break;\n\t\tcase 63: o+= \" \"; break;\n\t\tcase 48: o+= \"0\"; break;\n\t\tdefault: o+= String.fromCharCode(cc);\n\t}\n\treturn o;\n}\nfunction rnd(val, d) { var dd = Math.pow(10,d); return \"\"+(Math.round(val * dd)/dd); }\nfunction dec(val, d) { return Math.round((val-Math.floor(val))*Math.pow(10,d)); }\nfunction flr(val) { if(val < 2147483647 && val > -2147483648) return \"\"+(val >= 0 ? (val|0) : (val-1|0)); return \"\"+Math.floor(val); }\nfunction write_num_flt(type, fmt, val) {\n\tif(type.charCodeAt(0) === 40 && !fmt.match(closeparen)) {\n\t\tvar ffmt = fmt.replace(/\\( */,\"\").replace(/ \\)/,\"\").replace(/\\)/,\"\");\n\t\tif(val >= 0) return write_num_flt('n', ffmt, val);\n\t\treturn '(' + write_num_flt('n', ffmt, -val) + ')';\n\t}\n\tif(fmt.charCodeAt(fmt.length - 1) === 44) return write_num_cm(type, fmt, val);\n\tif(fmt.indexOf('%') !== -1) return write_num_pct(type, fmt, val);\n\tif(fmt.indexOf('E') !== -1) return write_num_exp(fmt, val);\n\tif(fmt.charCodeAt(0) === 36) return \"$\"+write_num_flt(type,fmt.substr(fmt[1]==' '?2:1),val);\n\tvar o, oo;\n\tvar r, ri, ff, aval = Math.abs(val), sign = val < 0 ? \"-\" : \"\";\n\tif(fmt.match(/^00+$/)) return sign + pad0r(aval,fmt.length);\n\tif(fmt.match(/^[#?]+$/)) {\n\t\to = pad0r(val,0); if(o === \"0\") o = \"\";\n\t\treturn o.length > fmt.length ? o : hashq(fmt.substr(0,fmt.length-o.length)) + o;\n\t}\n\tif((r = fmt.match(frac1)) !== null) return write_num_f1(r, aval, sign);\n\tif(fmt.match(/^#+0+$/) !== null) return sign + pad0r(aval,fmt.length - fmt.indexOf(\"0\"));\n\tif((r = fmt.match(dec1)) !== null) {\n\t\to = rnd(val, r[1].length).replace(/^([^\\.]+)$/,\"$1.\"+r[1]).replace(/\\.$/,\".\"+r[1]).replace(/\\.(\\d*)$/,function($$, $1) { return \".\" + $1 + fill(\"0\", r[1].length-$1.length); });\n\t\treturn fmt.indexOf(\"0.\") !== -1 ? o : o.replace(/^0\\./,\".\");\n\t}\n\tfmt = fmt.replace(/^#+([0.])/, \"$1\");\n\tif((r = fmt.match(/^(0*)\\.(#*)$/)) !== null) {\n\t\treturn sign + rnd(aval, r[2].length).replace(/\\.(\\d*[1-9])0*$/,\".$1\").replace(/^(-?\\d*)$/,\"$1.\").replace(/^0\\./,r[1].length?\"0.\":\".\");\n\t}\n\tif((r = fmt.match(/^#,##0(\\.?)$/)) !== null) return sign + commaify(pad0r(aval,0));\n\tif((r = fmt.match(/^#,##0\\.([#0]*0)$/)) !== null) {\n\t\treturn val < 0 ? \"-\" + write_num_flt(type, fmt, -val) : commaify(\"\"+(Math.floor(val))) + \".\" + pad0(dec(val, r[1].length),r[1].length);\n\t}\n\tif((r = fmt.match(/^#,#*,#0/)) !== null) return write_num_flt(type,fmt.replace(/^#,#*,/,\"\"),val);\n\tif((r = fmt.match(/^([0#]+)(\\\\?-([0#]+))+$/)) !== null) {\n\t\to = _strrev(write_num_flt(type, fmt.replace(/[\\\\-]/g,\"\"), val));\n\t\tri = 0;\n\t\treturn _strrev(_strrev(fmt.replace(/\\\\/g,\"\")).replace(/[0#]/g,function(x){return ri<o.length?o[ri++]:x==='0'?'0':\"\";}));\n\t}\n\tif(fmt.match(phone) !== null) {\n\t\to = write_num_flt(type, \"##########\", val);\n\t\treturn \"(\" + o.substr(0,3) + \") \" + o.substr(3, 3) + \"-\" + o.substr(6);\n\t}\n\tvar oa = \"\";\n\tif((r = fmt.match(/^([#0?]+)( ?)\\/( ?)([#0?]+)/)) !== null) {\n\t\tri = Math.min(r[4].length,7);\n\t\tff = frac(aval, Math.pow(10,ri)-1, false);\n\t\to = \"\" + sign;\n\t\toa = write_num(\"n\", r[1], ff[1]);\n\t\tif(oa[oa.length-1] == \" \") oa = oa.substr(0,oa.length-1) + \"0\";\n\t\to += oa + r[2] + \"/\" + r[3];\n\t\toa = rpad_(ff[2],ri);\n\t\tif(oa.length < r[4].length) oa = hashq(r[4].substr(r[4].length-oa.length)) + oa;\n\t\to += oa;\n\t\treturn o;\n\t}\n\tif((r = fmt.match(/^# ([#0?]+)( ?)\\/( ?)([#0?]+)/)) !== null) {\n\t\tri = Math.min(Math.max(r[1].length, r[4].length),7);\n\t\tff = frac(aval, Math.pow(10,ri)-1, true);\n\t\treturn sign + (ff[0]||(ff[1] ? \"\" : \"0\")) + \" \" + (ff[1] ? pad_(ff[1],ri) + r[2] + \"/\" + r[3] + rpad_(ff[2],ri): fill(\" \", 2*ri+1 + r[2].length + r[3].length));\n\t}\n\tif((r = fmt.match(/^[#0?]+$/)) !== null) {\n\t\to = pad0r(val, 0);\n\t\tif(fmt.length <= o.length) return o;\n\t\treturn hashq(fmt.substr(0,fmt.length-o.length)) + o;\n\t}\n if((r = fmt.match(/^([#0?]+)\\.([#0]+)$/)) !== null) {\n\t\to = \"\" + val.toFixed(Math.min(r[2].length,10)).replace(/([^0])0+$/,\"$1\");\n\t\tri = o.indexOf(\".\");\n\t\tvar lres = fmt.indexOf(\".\") - ri, rres = fmt.length - o.length - lres;\n\t\treturn hashq(fmt.substr(0,lres) + o + fmt.substr(fmt.length-rres));\n\t}\n\tif((r = fmt.match(/^00,000\\.([#0]*0)$/)) !== null) {\n\t\tri = dec(val, r[1].length);\n\t\treturn val < 0 ? \"-\" + write_num_flt(type, fmt, -val) : commaify(flr(val)).replace(/^\\d,\\d{3}$/,\"0$&\").replace(/^\\d*$/,function($$) { return \"00,\" + ($$.length < 3 ? pad0(0,3-$$.length) : \"\") + $$; }) + \".\" + pad0(ri,r[1].length);\n\t}\n\tswitch(fmt) {\n\t\tcase \"#,###\": var x = commaify(pad0r(aval,0)); return x !== \"0\" ? sign + x : \"\";\n\t\tdefault:\n\t}\n\tthrow new Error(\"unsupported format |\" + fmt + \"|\");\n}\nfunction write_num_cm2(type, fmt, val){\n\tvar idx = fmt.length - 1;\n\twhile(fmt.charCodeAt(idx-1) === 44) --idx;\n\treturn write_num(type, fmt.substr(0,idx), val / Math.pow(10,3*(fmt.length-idx)));\n}\nfunction write_num_pct2(type, fmt, val){\n\tvar sfmt = fmt.replace(pct1,\"\"), mul = fmt.length - sfmt.length;\n\treturn write_num(type, sfmt, val * Math.pow(10,2*mul)) + fill(\"%\",mul);\n}\nfunction write_num_exp2(fmt, val){\n\tvar o;\n\tvar idx = fmt.indexOf(\"E\") - fmt.indexOf(\".\") - 1;\n\tif(fmt.match(/^#+0.0E\\+0$/)) {\n\t\tvar period = fmt.indexOf(\".\"); if(period === -1) period=fmt.indexOf('E');\n\t\tvar ee = Math.floor(Math.log(Math.abs(val))*Math.LOG10E)%period;\n\t\tif(ee < 0) ee += period;\n\t\to = (val/Math.pow(10,ee)).toPrecision(idx+1+(period+ee)%period);\n\t\tif(!o.match(/[Ee]/)) {\n\t\t\tvar fakee = Math.floor(Math.log(Math.abs(val))*Math.LOG10E);\n\t\t\tif(o.indexOf(\".\") === -1) o = o[0] + \".\" + o.substr(1) + \"E+\" + (fakee - o.length+ee);\n\t\t\telse o += \"E+\" + (fakee - ee);\n\t\t\to = o.replace(/\\+-/,\"-\");\n\t\t}\n\t\to = o.replace(/^([+-]?)(\\d*)\\.(\\d*)[Ee]/,function($$,$1,$2,$3) { return $1 + $2 + $3.substr(0,(period+ee)%period) + \".\" + $3.substr(ee) + \"E\"; });\n\t} else o = val.toExponential(idx);\n\tif(fmt.match(/E\\+00$/) && o.match(/e[+-]\\d$/)) o = o.substr(0,o.length-1) + \"0\" + o[o.length-1];\n\tif(fmt.match(/E\\-/) && o.match(/e\\+/)) o = o.replace(/e\\+/,\"e\");\n\treturn o.replace(\"e\",\"E\");\n}\nfunction write_num_int(type, fmt, val) {\n\tif(type.charCodeAt(0) === 40 && !fmt.match(closeparen)) {\n\t\tvar ffmt = fmt.replace(/\\( */,\"\").replace(/ \\)/,\"\").replace(/\\)/,\"\");\n\t\tif(val >= 0) return write_num_int('n', ffmt, val);\n\t\treturn '(' + write_num_int('n', ffmt, -val) + ')';\n\t}\n\tif(fmt.charCodeAt(fmt.length - 1) === 44) return write_num_cm2(type, fmt, val);\n\tif(fmt.indexOf('%') !== -1) return write_num_pct2(type, fmt, val);\n\tif(fmt.indexOf('E') !== -1) return write_num_exp2(fmt, val);\n\tif(fmt.charCodeAt(0) === 36) return \"$\"+write_num_int(type,fmt.substr(fmt[1]==' '?2:1),val);\n\tvar o;\n\tvar r, ri, ff, aval = Math.abs(val), sign = val < 0 ? \"-\" : \"\";\n\tif(fmt.match(/^00+$/)) return sign + pad0(aval,fmt.length);\n\tif(fmt.match(/^[#?]+$/)) {\n\t\to = (\"\"+val); if(val === 0) o = \"\";\n\t\treturn o.length > fmt.length ? o : hashq(fmt.substr(0,fmt.length-o.length)) + o;\n\t}\n\tif((r = fmt.match(frac1)) !== null) return write_num_f2(r, aval, sign);\n\tif(fmt.match(/^#+0+$/) !== null) return sign + pad0(aval,fmt.length - fmt.indexOf(\"0\"));\n\tif((r = fmt.match(dec1)) !== null) {\n\t\to = (\"\"+val).replace(/^([^\\.]+)$/,\"$1.\"+r[1]).replace(/\\.$/,\".\"+r[1]).replace(/\\.(\\d*)$/,function($$, $1) { return \".\" + $1 + fill(\"0\", r[1].length-$1.length); });\n\t\treturn fmt.indexOf(\"0.\") !== -1 ? o : o.replace(/^0\\./,\".\");\n\t}\n\tfmt = fmt.replace(/^#+([0.])/, \"$1\");\n\tif((r = fmt.match(/^(0*)\\.(#*)$/)) !== null) {\n\t\treturn sign + (\"\"+aval).replace(/\\.(\\d*[1-9])0*$/,\".$1\").replace(/^(-?\\d*)$/,\"$1.\").replace(/^0\\./,r[1].length?\"0.\":\".\");\n\t}\n\tif((r = fmt.match(/^#,##0(\\.?)$/)) !== null) return sign + commaify((\"\"+aval));\n\tif((r = fmt.match(/^#,##0\\.([#0]*0)$/)) !== null) {\n\t\treturn val < 0 ? \"-\" + write_num_int(type, fmt, -val) : commaify((\"\"+val)) + \".\" + fill('0',r[1].length);\n\t}\n\tif((r = fmt.match(/^#,#*,#0/)) !== null) return write_num_int(type,fmt.replace(/^#,#*,/,\"\"),val);\n\tif((r = fmt.match(/^([0#]+)(\\\\?-([0#]+))+$/)) !== null) {\n\t\to = _strrev(write_num_int(type, fmt.replace(/[\\\\-]/g,\"\"), val));\n\t\tri = 0;\n\t\treturn _strrev(_strrev(fmt.replace(/\\\\/g,\"\")).replace(/[0#]/g,function(x){return ri<o.length?o[ri++]:x==='0'?'0':\"\";}));\n\t}\n\tif(fmt.match(phone) !== null) {\n\t\to = write_num_int(type, \"##########\", val);\n\t\treturn \"(\" + o.substr(0,3) + \") \" + o.substr(3, 3) + \"-\" + o.substr(6);\n\t}\n\tvar oa = \"\";\n\tif((r = fmt.match(/^([#0?]+)( ?)\\/( ?)([#0?]+)/)) !== null) {\n\t\tri = Math.min(r[4].length,7);\n\t\tff = frac(aval, Math.pow(10,ri)-1, false);\n\t\to = \"\" + sign;\n\t\toa = write_num(\"n\", r[1], ff[1]);\n\t\tif(oa[oa.length-1] == \" \") oa = oa.substr(0,oa.length-1) + \"0\";\n\t\to += oa + r[2] + \"/\" + r[3];\n\t\toa = rpad_(ff[2],ri);\n\t\tif(oa.length < r[4].length) oa = hashq(r[4].substr(r[4].length-oa.length)) + oa;\n\t\to += oa;\n\t\treturn o;\n\t}\n\tif((r = fmt.match(/^# ([#0?]+)( ?)\\/( ?)([#0?]+)/)) !== null) {\n\t\tri = Math.min(Math.max(r[1].length, r[4].length),7);\n\t\tff = frac(aval, Math.pow(10,ri)-1, true);\n\t\treturn sign + (ff[0]||(ff[1] ? \"\" : \"0\")) + \" \" + (ff[1] ? pad_(ff[1],ri) + r[2] + \"/\" + r[3] + rpad_(ff[2],ri): fill(\" \", 2*ri+1 + r[2].length + r[3].length));\n\t}\n\tif((r = fmt.match(/^[#0?]+$/)) !== null) {\n\t\to = \"\" + val;\n\t\tif(fmt.length <= o.length) return o;\n\t\treturn hashq(fmt.substr(0,fmt.length-o.length)) + o;\n\t}\n\tif((r = fmt.match(/^([#0]+)\\.([#0]+)$/)) !== null) {\n\t\to = \"\" + val.toFixed(Math.min(r[2].length,10)).replace(/([^0])0+$/,\"$1\");\n\t\tri = o.indexOf(\".\");\n\t\tvar lres = fmt.indexOf(\".\") - ri, rres = fmt.length - o.length - lres;\n\t\treturn hashq(fmt.substr(0,lres) + o + fmt.substr(fmt.length-rres));\n\t}\n\tif((r = fmt.match(/^00,000\\.([#0]*0)$/)) !== null) {\n\t\treturn val < 0 ? \"-\" + write_num_int(type, fmt, -val) : commaify(\"\"+val).replace(/^\\d,\\d{3}$/,\"0$&\").replace(/^\\d*$/,function($$) { return \"00,\" + ($$.length < 3 ? pad0(0,3-$$.length) : \"\") + $$; }) + \".\" + pad0(0,r[1].length);\n\t}\n\tswitch(fmt) {\n\t\tcase \"#,###\": var x = commaify(\"\"+aval); return x !== \"0\" ? sign + x : \"\";\n\t\tdefault:\n\t}\n\tthrow new Error(\"unsupported format |\" + fmt + \"|\");\n}\nreturn function write_num(type, fmt, val) {\n\treturn (val|0) === val ? write_num_int(type, fmt, val) : write_num_flt(type, fmt, val);\n};})();\nfunction split_fmt(fmt) {\n\tvar out = [];\n\tvar in_str = false, cc;\n\tfor(var i = 0, j = 0; i < fmt.length; ++i) switch((cc=fmt.charCodeAt(i))) {\n\t\tcase 34: /* '\"' */\n\t\t\tin_str = !in_str; break;\n\t\tcase 95: case 42: case 92: /* '_' '*' '\\\\' */\n\t\t\t++i; break;\n\t\tcase 59: /* ';' */\n\t\t\tout[out.length] = fmt.substr(j,i-j);\n\t\t\tj = i+1;\n\t}\n\tout[out.length] = fmt.substr(j);\n\tif(in_str === true) throw new Error(\"Format |\" + fmt + \"| unterminated string \");\n\treturn out;\n}\nSSF._split = split_fmt;\nvar abstime = /\\[[HhMmSs]*\\]/;\nfunction eval_fmt(fmt, v, opts, flen) {\n\tvar out = [], o = \"\", i = 0, c = \"\", lst='t', q, dt, j, cc;\n\tvar hr='H';\n\t/* Tokenize */\n\twhile(i < fmt.length) {\n\t\tswitch((c = fmt[i])) {\n\t\t\tcase 'G': /* General */\n\t\t\t\tif(!isgeneral(fmt, i)) throw new Error('unrecognized character ' + c + ' in ' +fmt);\n\t\t\t\tout[out.length] = {t:'G', v:'General'}; i+=7; break;\n\t\t\tcase '\"': /* Literal text */\n\t\t\t\tfor(o=\"\";(cc=fmt.charCodeAt(++i)) !== 34 && i < fmt.length;) o += String.fromCharCode(cc);\n\t\t\t\tout[out.length] = {t:'t', v:o}; ++i; break;\n\t\t\tcase '\\\\': var w = fmt[++i], t = (w === \"(\" || w === \")\") ? w : 't';\n\t\t\t\tout[out.length] = {t:t, v:w}; ++i; break;\n\t\t\tcase '_': out[out.length] = {t:'t', v:\" \"}; i+=2; break;\n\t\t\tcase '@': /* Text Placeholder */\n\t\t\t\tout[out.length] = {t:'T', v:v}; ++i; break;\n\t\t\tcase 'B': case 'b':\n\t\t\t\tif(fmt[i+1] === \"1\" || fmt[i+1] === \"2\") {\n if(dt==null) { dt=parse_date_code(v, opts, fmt[i+1] === \"2\"); if(dt==null) return \"\"; }\n\t\t\t\t\tout[out.length] = {t:'X', v:fmt.substr(i,2)}; lst = c; i+=2; break;\n\t\t\t\t}\n\t\t\t\t/* falls through */\n\t\t\tcase 'M': case 'D': case 'Y': case 'H': case 'S': case 'E':\n\t\t\t\tc = c.toLowerCase();\n\t\t\t\t/* falls through */\n\t\t\tcase 'm': case 'd': case 'y': case 'h': case 's': case 'e': case 'g':\n\t\t\t\tif(v < 0) return \"\";\n\t\t\t\tif(dt==null) { dt=parse_date_code(v, opts); if(dt==null) return \"\"; }\n\t\t\t\to = c; while(++i<fmt.length && fmt[i].toLowerCase() === c) o+=c;\n\t\t\t\tif(c === 'm' && lst.toLowerCase() === 'h') c = 'M'; /* m = minute */\n\t\t\t\tif(c === 'h') c = hr;\n\t\t\t\tout[out.length] = {t:c, v:o}; lst = c; break;\n\t\t\tcase 'A':\n\t\t\t\tq={t:c, v:\"A\"};\n\t\t\t\tif(dt==null) dt=parse_date_code(v, opts);\n if(fmt.substr(i, 3) === \"A/P\") { if(dt!=null) q.v = dt.H >= 12 ? \"P\" : \"A\"; q.t = 'T'; hr='h';i+=3;}\n else if(fmt.substr(i,5) === \"AM/PM\") { if(dt!=null) q.v = dt.H >= 12 ? \"PM\" : \"AM\"; q.t = 'T'; i+=5; hr='h'; }\n\t\t\t\telse { q.t = \"t\"; ++i; }\n\t\t\t\tif(dt==null && q.t === 'T') return \"\";\n\t\t\t\tout[out.length] = q; lst = c; break;\n\t\t\tcase '[':\n\t\t\t\to = c;\n\t\t\t\twhile(fmt[i++] !== ']' && i < fmt.length) o += fmt[i];\n\t\t\t\tif(o.substr(-1) !== ']') throw 'unterminated \"[\" block: |' + o + '|';\n\t\t\t\tif(o.match(abstime)) {\n\t\t\t\t\tif(dt==null) { dt=parse_date_code(v, opts); if(dt==null) return \"\"; }\n\t\t\t\t\tout[out.length] = {t:'Z', v:o.toLowerCase()};\n\t\t\t\t} else { o=\"\"; }\n\t\t\t\tbreak;\n\t\t\t/* Numbers */\n\t\t\tcase '.':\n\t\t\t\tif(dt != null) {\n\t\t\t\t\to = c; while((c=fmt[++i]) === \"0\") o += c;\n\t\t\t\t\tout[out.length] = {t:'s', v:o}; break;\n\t\t\t\t}\n\t\t\t\t/* falls through */\n\t\t\tcase '0': case '#':\n\t\t\t\to = c; while(\"0#?.,E+-%\".indexOf(c=fmt[++i]) > -1 || c=='\\\\' && fmt[i+1] == \"-\" && \"0#\".indexOf(fmt[i+2])>-1) o += c;\n\t\t\t\tout[out.length] = {t:'n', v:o}; break;\n\t\t\tcase '?':\n\t\t\t\to = c; while(fmt[++i] === c) o+=c;\n\t\t\t\tq={t:c, v:o}; out[out.length] = q; lst = c; break;\n\t\t\tcase '*': ++i; if(fmt[i] == ' ' || fmt[i] == '*') ++i; break; // **\n\t\t\tcase '(': case ')': out[out.length] = {t:(flen===1?'t':c), v:c}; ++i; break;\n\t\t\tcase '1': case '2': case '3': case '4': case '5': case '6': case '7': case '8': case '9':\n\t\t\t\to = c; while(\"0123456789\".indexOf(fmt[++i]) > -1) o+=fmt[i];\n\t\t\t\tout[out.length] = {t:'D', v:o}; break;\n\t\t\tcase ' ': out[out.length] = {t:c, v:c}; ++i; break;\n\t\t\tdefault:\n\t\t\t\tif(\",$-+/():!^&'~{}<>=€acfijklopqrtuvwxz\".indexOf(c) === -1) throw new Error('unrecognized character ' + c + ' in ' + fmt);\n\t\t\t\tout[out.length] = {t:'t', v:c}; ++i; break;\n\t\t}\n\t}\n\tvar bt = 0, ss0 = 0, ssm;\n\tfor(i=out.length-1, lst='t'; i >= 0; --i) {\n\t\tswitch(out[i].t) {\n\t\t\tcase 'h': case 'H': out[i].t = hr; lst='h'; if(bt < 1) bt = 1; break;\n\t\t\tcase 's':\n\t\t\t\tif((ssm=out[i].v.match(/\\.0+$/))) ss0=Math.max(ss0,ssm[0].length-1);\n\t\t\t\tif(bt < 3) bt = 3;\n\t\t\t/* falls through */\n\t\t\tcase 'd': case 'y': case 'M': case 'e': lst=out[i].t; break;\n\t\t\tcase 'm': if(lst === 's') { out[i].t = 'M'; if(bt < 2) bt = 2; } break;\n\t\t\tcase 'X': if(out[i].v === \"B2\");\n\t\t\t\tbreak;\n\t\t\tcase 'Z':\n\t\t\t\tif(bt < 1 && out[i].v.match(/[Hh]/)) bt = 1;\n\t\t\t\tif(bt < 2 && out[i].v.match(/[Mm]/)) bt = 2;\n\t\t\t\tif(bt < 3 && out[i].v.match(/[Ss]/)) bt = 3;\n\t\t}\n\t}\n\tswitch(bt) {\n\t\tcase 0: break;\n\t\tcase 1:\n\t\t\tif(dt.u >= 0.5) { dt.u = 0; ++dt.S; }\n\t\t\tif(dt.S >= 60) { dt.S = 0; ++dt.M; }\n\t\t\tif(dt.M >= 60) { dt.M = 0; ++dt.H; }\n\t\t\tbreak;\n\t\tcase 2:\n\t\t\tif(dt.u >= 0.5) { dt.u = 0; ++dt.S; }\n\t\t\tif(dt.S >= 60) { dt.S = 0; ++dt.M; }\n\t\t\tbreak;\n\t}\n\t/* replace fields */\n\tvar nstr = \"\", jj;\n\tfor(i=0; i < out.length; ++i) {\n\t\tswitch(out[i].t) {\n\t\t\tcase 't': case 'T': case ' ': case 'D': break;\n\t\t\tcase 'X': out[i] = undefined; break;\n\t\t\tcase 'd': case 'm': case 'y': case 'h': case 'H': case 'M': case 's': case 'e': case 'b': case 'Z':\n\t\t\t\tout[i].v = write_date(out[i].t.charCodeAt(0), out[i].v, dt, ss0);\n\t\t\t\tout[i].t = 't'; break;\n\t\t\tcase 'n': case '(': case '?':\n\t\t\t\tjj = i+1;\n\t\t\t\twhile(out[jj] != null && (\n\t\t\t\t\t(c=out[jj].t) === \"?\" || c === \"D\" ||\n\t\t\t\t\t(c === \" \" || c === \"t\") && out[jj+1] != null && (out[jj+1].t === '?' || out[jj+1].t === \"t\" && out[jj+1].v === '/') ||\n\t\t\t\t\tout[i].t === '(' && (c === ' ' || c === 'n' || c === ')') ||\n\t\t\t\t\tc === 't' && (out[jj].v === '/' || '$€'.indexOf(out[jj].v) > -1 || out[jj].v === ' ' && out[jj+1] != null && out[jj+1].t == '?')\n\t\t\t\t)) {\n\t\t\t\t\tout[i].v += out[jj].v;\n\t\t\t\t\tout[jj] = undefined; ++jj;\n\t\t\t\t}\n\t\t\t\tnstr += out[i].v;\n\t\t\t\ti = jj-1; break;\n\t\t\tcase 'G': out[i].t = 't'; out[i].v = general_fmt(v,opts); break;\n\t\t}\n\t}\n\tvar vv = \"\", myv, ostr;\n\tif(nstr.length > 0) {\n\t\tmyv = (v<0&&nstr.charCodeAt(0) === 45 ? -v : v); /* '-' */\n\t\tostr = write_num(nstr.charCodeAt(0) === 40 ? '(' : 'n', nstr, myv); /* '(' */\n\t\tjj=ostr.length-1;\n\t\tvar decpt = out.length;\n\t\tfor(i=0; i < out.length; ++i) if(out[i] != null && out[i].v.indexOf(\".\") > -1) { decpt = i; break; }\n\t\tvar lasti=out.length;\n\t\tif(decpt === out.length && ostr.indexOf(\"E\") === -1) {\n\t\t\tfor(i=out.length-1; i>= 0;--i) {\n\t\t\t\tif(out[i] == null || 'n?('.indexOf(out[i].t) === -1) continue;\n\t\t\t\tif(jj>=out[i].v.length-1) { jj -= out[i].v.length; out[i].v = ostr.substr(jj+1, out[i].v.length); }\n\t\t\t\telse if(jj < 0) out[i].v = \"\";\n\t\t\t\telse { out[i].v = ostr.substr(0, jj+1); jj = -1; }\n\t\t\t\tout[i].t = 't';\n\t\t\t\tlasti = i;\n\t\t\t}\n\t\t\tif(jj>=0 && lasti<out.length) out[lasti].v = ostr.substr(0,jj+1) + out[lasti].v;\n\t\t}\n\t\telse if(decpt !== out.length && ostr.indexOf(\"E\") === -1) {\n\t\t\tjj = ostr.indexOf(\".\")-1;\n\t\t\tfor(i=decpt; i>= 0; --i) {\n\t\t\t\tif(out[i] == null || 'n?('.indexOf(out[i].t) === -1) continue;\n\t\t\t\tj=out[i].v.indexOf(\".\")>-1&&i===decpt?out[i].v.indexOf(\".\")-1:out[i].v.length-1;\n\t\t\t\tvv = out[i].v.substr(j+1);\n\t\t\t\tfor(; j>=0; --j) {\n\t\t\t\t\tif(jj>=0 && (out[i].v[j] === \"0\" || out[i].v[j] === \"#\")) vv = ostr[jj--] + vv;\n\t\t\t\t}\n\t\t\t\tout[i].v = vv;\n\t\t\t\tout[i].t = 't';\n\t\t\t\tlasti = i;\n\t\t\t}\n\t\t\tif(jj>=0 && lasti<out.length) out[lasti].v = ostr.substr(0,jj+1) + out[lasti].v;\n\t\t\tjj = ostr.indexOf(\".\")+1;\n\t\t\tfor(i=decpt; i<out.length; ++i) {\n\t\t\t\tif(out[i] == null || 'n?('.indexOf(out[i].t) === -1 && i !== decpt ) continue;\n\t\t\t\tj=out[i].v.indexOf(\".\")>-1&&i===decpt?out[i].v.indexOf(\".\")+1:0;\n\t\t\t\tvv = out[i].v.substr(0,j);\n\t\t\t\tfor(; j<out[i].v.length; ++j) {\n\t\t\t\t\tif(jj<ostr.length) vv += ostr[jj++];\n\t\t\t\t}\n\t\t\t\tout[i].v = vv;\n\t\t\t\tout[i].t = 't';\n\t\t\t\tlasti = i;\n\t\t\t}\n\t\t}\n\t}\n\tfor(i=0; i<out.length; ++i) if(out[i] != null && 'n(?'.indexOf(out[i].t)>-1) {\n\t\tmyv = (flen >1 && v < 0 && i>0 && out[i-1].v === \"-\" ? -v:v);\n\t\tout[i].v = write_num(out[i].t, out[i].v, myv);\n\t\tout[i].t = 't';\n\t}\n\tvar retval = \"\";\n\tfor(i=0; i !== out.length; ++i) if(out[i] != null) retval += out[i].v;\n\treturn retval;\n}\nSSF._eval = eval_fmt;\nvar cfregex = /\\[[=<>]/;\nvar cfregex2 = /\\[([=<>]*)(-?\\d+\\.?\\d*)\\]/;\nfunction chkcond(v, rr) {\n\tif(rr == null) return false;\n\tvar thresh = parseFloat(rr[2]);\n\tswitch(rr[1]) {\n\t\tcase \"=\": if(v == thresh) return true; break;\n\t\tcase \">\": if(v > thresh) return true; break;\n\t\tcase \"<\": if(v < thresh) return true; break;\n\t\tcase \"<>\": if(v != thresh) return true; break;\n\t\tcase \">=\": if(v >= thresh) return true; break;\n\t\tcase \"<=\": if(v <= thresh) return true; break;\n\t}\n\treturn false;\n}\nfunction choose_fmt(f, v) {\n\tvar fmt = split_fmt(f);\n\tvar l = fmt.length, lat = fmt[l-1].indexOf(\"@\");\n\tif(l<4 && lat>-1) --l;\n\tif(fmt.length > 4) throw \"cannot find right format for |\" + fmt + \"|\";\n\tif(typeof v !== \"number\") return [4, fmt.length === 4 || lat>-1?fmt[fmt.length-1]:\"@\"];\n\tswitch(fmt.length) {\n\t\tcase 1: fmt = lat>-1 ? [\"General\", \"General\", \"General\", fmt[0]] : [fmt[0], fmt[0], fmt[0], \"@\"]; break;\n\t\tcase 2: fmt = lat>-1 ? [fmt[0], fmt[0], fmt[0], fmt[1]] : [fmt[0], fmt[1], fmt[0], \"@\"]; break;\n\t\tcase 3: fmt = lat>-1 ? [fmt[0], fmt[1], fmt[0], fmt[2]] : [fmt[0], fmt[1], fmt[2], \"@\"]; break;\n\t\tcase 4: break;\n\t}\n\tvar ff = v > 0 ? fmt[0] : v < 0 ? fmt[1] : fmt[2];\n\tif(fmt[0].indexOf(\"[\") === -1 && fmt[1].indexOf(\"[\") === -1) return [l, ff];\n\tif(fmt[0].match(cfregex) != null || fmt[1].match(cfregex) != null) {\n\t\tvar m1 = fmt[0].match(cfregex2);\n\t\tvar m2 = fmt[1].match(cfregex2);\n\t\treturn chkcond(v, m1) ? [l, fmt[0]] : chkcond(v, m2) ? [l, fmt[1]] : [l, fmt[m1 != null && m2 != null ? 2 : 1]];\n\t}\n\treturn [l, ff];\n}\nfunction format(fmt,v,o) {\n\tfixopts(o != null ? o : (o=[]));\n\tvar sfmt = \"\";\n\tswitch(typeof fmt) {\n\t\tcase \"string\": sfmt = fmt; break;\n\t\tcase \"number\": sfmt = (o.table != null ? o.table : table_fmt)[fmt]; break;\n\t}\n\tif(isgeneral(sfmt,0)) return general_fmt(v, o);\n\tvar f = choose_fmt(sfmt, v);\n\tif(isgeneral(f[1])) return general_fmt(v, o);\n\tif(v === true) v = \"TRUE\"; else if(v === false) v = \"FALSE\";\n\telse if(v === \"\" || v == null) return \"\";\n\treturn eval_fmt(f[1], v, o, f[0]);\n}\nSSF._table = table_fmt;\nSSF.load = function load_entry(fmt, idx) { table_fmt[idx] = fmt; };\nSSF.format = format;\nSSF.get_table = function get_table() { return table_fmt; };\nSSF.load_table = function load_table(tbl) { for(var i=0; i!=0x0188; ++i) if(tbl[i] !== undefined) SSF.load(tbl[i], i); };\n};\nmake_ssf(SSF);\n/* map from xlml named formats to SSF TODO: localize */\nvar XLMLFormatMap = {\n\t\"General Number\": \"General\",\n\t\"General Date\": SSF._table[22],\n\t\"Long Date\": \"dddd, mmmm dd, yyyy\",\n\t\"Medium Date\": SSF._table[15],\n\t\"Short Date\": SSF._table[14],\n\t\"Long Time\": SSF._table[19],\n\t\"Medium Time\": SSF._table[18],\n\t\"Short Time\": SSF._table[20],\n\t\"Currency\": '\"$\"#,##0.00_);[Red]\\\\(\"$\"#,##0.00\\\\)',\n\t\"Fixed\": SSF._table[2],\n\t\"Standard\": SSF._table[4],\n\t\"Percent\": SSF._table[10],\n\t\"Scientific\": SSF._table[11],\n\t\"Yes/No\": '\"Yes\";\"Yes\";\"No\";@',\n\t\"True/False\": '\"True\";\"True\";\"False\";@',\n\t\"On/Off\": '\"Yes\";\"Yes\";\"No\";@'\n};\n\nvar DO_NOT_EXPORT_CFB = true;\n/* cfb.js (C) 2013-2014 SheetJS -- http://sheetjs.com */\n/* vim: set ts=2: */\n/*jshint eqnull:true */\n\n/* [MS-CFB] v20130118 */\nvar CFB = (function _CFB(){\nvar exports = {};\nexports.version = '0.10.2';\nfunction parse(file) {\nvar mver = 3; // major version\nvar ssz = 512; // sector size\nvar nmfs = 0; // number of mini FAT sectors\nvar ndfs = 0; // number of DIFAT sectors\nvar dir_start = 0; // first directory sector location\nvar minifat_start = 0; // first mini FAT sector location\nvar difat_start = 0; // first mini FAT sector location\n\nvar fat_addrs = []; // locations of FAT sectors\n\n/* [MS-CFB] 2.2 Compound File Header */\nvar blob = file.slice(0,512);\nprep_blob(blob, 0);\n\n/* major version */\nvar mv = check_get_mver(blob);\nmver = mv[0];\nswitch(mver) {\n\tcase 3: ssz = 512; break; case 4: ssz = 4096; break;\n\tdefault: throw \"Major Version: Expected 3 or 4 saw \" + mver;\n}\n\n/* reprocess header */\nif(ssz !== 512) { blob = file.slice(0,ssz); prep_blob(blob, 28 /* blob.l */); }\n/* Save header for final object */\nvar header = file.slice(0,ssz);\n\ncheck_shifts(blob, mver);\n\n// Number of Directory Sectors\nvar nds = blob.read_shift(4, 'i');\nif(mver === 3 && nds !== 0) throw '# Directory Sectors: Expected 0 saw ' + nds;\n\n// Number of FAT Sectors\n//var nfs = blob.read_shift(4, 'i');\nblob.l += 4;\n\n// First Directory Sector Location\ndir_start = blob.read_shift(4, 'i');\n\n// Transaction Signature\nblob.l += 4;\n\n// Mini Stream Cutoff Size\nblob.chk('00100000', 'Mini Stream Cutoff Size: ');\n\n// First Mini FAT Sector Location\nminifat_start = blob.read_shift(4, 'i');\n\n// Number of Mini FAT Sectors\nnmfs = blob.read_shift(4, 'i');\n\n// First DIFAT sector location\ndifat_start = blob.read_shift(4, 'i');\n\n// Number of DIFAT Sectors\nndfs = blob.read_shift(4, 'i');\n\n// Grab FAT Sector Locations\nfor(var q, j = 0; j < 109; ++j) { /* 109 = (512 - blob.l)>>>2; */\n\tq = blob.read_shift(4, 'i');\n\tif(q<0) break;\n\tfat_addrs[j] = q;\n}\n\n/** Break the file up into sectors */\nvar sectors = sectorify(file, ssz);\n\nsleuth_fat(difat_start, ndfs, sectors, ssz, fat_addrs);\n\n/** Chains */\nvar sector_list = make_sector_list(sectors, dir_start, fat_addrs, ssz);\n\nsector_list[dir_start].name = \"!Directory\";\nif(nmfs > 0 && minifat_start !== ENDOFCHAIN) sector_list[minifat_start].name = \"!MiniFAT\";\nsector_list[fat_addrs[0]].name = \"!FAT\";\nsector_list.fat_addrs = fat_addrs;\nsector_list.ssz = ssz;\n\n/* [MS-CFB] 2.6.1 Compound File Directory Entry */\nvar files = {}, Paths = [], FileIndex = [], FullPaths = [], FullPathDir = {};\nread_directory(dir_start, sector_list, sectors, Paths, nmfs, files, FileIndex);\n\nbuild_full_paths(FileIndex, FullPathDir, FullPaths, Paths);\n\nvar root_name = Paths.shift();\nPaths.root = root_name;\n\n/* [MS-CFB] 2.6.4 (Unicode 3.0.1 case conversion) */\nvar find_path = make_find_path(FullPaths, Paths, FileIndex, files, root_name);\n\nreturn {\n\traw: {header: header, sectors: sectors},\n\tFileIndex: FileIndex,\n\tFullPaths: FullPaths,\n\tFullPathDir: FullPathDir,\n\tfind: find_path\n};\n} // parse\n\n/* [MS-CFB] 2.2 Compound File Header -- read up to major version */\nfunction check_get_mver(blob) {\n\t// header signature 8\n\tblob.chk(HEADER_SIGNATURE, 'Header Signature: ');\n\n\t// clsid 16\n\tblob.chk(HEADER_CLSID, 'CLSID: ');\n\n\t// minor version 2\n\tvar mver = blob.read_shift(2, 'u');\n\n\treturn [blob.read_shift(2,'u'), mver];\n}\nfunction check_shifts(blob, mver) {\n\tvar shift = 0x09;\n\n\t// Byte Order\n\tblob.chk('feff', 'Byte Order: ');\n\n\t// Sector Shift\n\tswitch((shift = blob.read_shift(2))) {\n\t\tcase 0x09: if(mver !== 3) throw 'MajorVersion/SectorShift Mismatch'; break;\n\t\tcase 0x0c: if(mver !== 4) throw 'MajorVersion/SectorShift Mismatch'; break;\n\t\tdefault: throw 'Sector Shift: Expected 9 or 12 saw ' + shift;\n\t}\n\n\t// Mini Sector Shift\n\tblob.chk('0600', 'Mini Sector Shift: ');\n\n\t// Reserved\n\tblob.chk('000000000000', 'Reserved: ');\n}\n\n/** Break the file up into sectors */\nfunction sectorify(file, ssz) {\n\tvar nsectors = Math.ceil(file.length/ssz)-1;\n\tvar sectors = new Array(nsectors);\n\tfor(var i=1; i < nsectors; ++i) sectors[i-1] = file.slice(i*ssz,(i+1)*ssz);\n\tsectors[nsectors-1] = file.slice(nsectors*ssz);\n\treturn sectors;\n}\n\n/* [MS-CFB] 2.6.4 Red-Black Tree */\nfunction build_full_paths(FI, FPD, FP, Paths) {\n\tvar i = 0, L = 0, R = 0, C = 0, j = 0, pl = Paths.length;\n\tvar dad = new Array(pl), q = new Array(pl);\n\n\tfor(; i < pl; ++i) { dad[i]=q[i]=i; FP[i]=Paths[i]; }\n\n\tfor(; j < q.length; ++j) {\n\t\ti = q[j];\n\t\tL = FI[i].L; R = FI[i].R; C = FI[i].C;\n\t\tif(dad[i] === i) {\n\t\t\tif(L !== -1 /*NOSTREAM*/ && dad[L] !== L) dad[i] = dad[L];\n\t\t\tif(R !== -1 && dad[R] !== R) dad[i] = dad[R];\n\t\t}\n\t\tif(C !== -1 /*NOSTREAM*/) dad[C] = i;\n\t\tif(L !== -1) { dad[L] = dad[i]; q.push(L); }\n\t\tif(R !== -1) { dad[R] = dad[i]; q.push(R); }\n\t}\n\tfor(i=1; i !== pl; ++i) if(dad[i] === i) {\n\t\tif(R !== -1 /*NOSTREAM*/ && dad[R] !== R) dad[i] = dad[R];\n\t\telse if(L !== -1 && dad[L] !== L) dad[i] = dad[L];\n\t}\n\n\tfor(i=1; i < pl; ++i) {\n\t\tif(FI[i].type === 0 /* unknown */) continue;\n\t\tj = dad[i];\n\t\tif(j === 0) FP[i] = FP[0] + \"/\" + FP[i];\n\t\telse while(j !== 0) {\n\t\t\tFP[i] = FP[j] + \"/\" + FP[i];\n\t\t\tj = dad[j];\n\t\t}\n\t\tdad[i] = 0;\n\t}\n\n\tFP[0] += \"/\";\n\tfor(i=1; i < pl; ++i) {\n\t\tif(FI[i].type !== 2 /* stream */) FP[i] += \"/\";\n\t\tFPD[FP[i]] = FI[i];\n\t}\n}\n\n/* [MS-CFB] 2.6.4 */\nfunction make_find_path(FullPaths, Paths, FileIndex, files, root_name) {\n\tvar UCFullPaths = new Array(FullPaths.length);\n\tvar UCPaths = new Array(Paths.length), i;\n\tfor(i = 0; i < FullPaths.length; ++i) UCFullPaths[i] = FullPaths[i].toUpperCase().replace(chr0,'').replace(chr1,'!');\n\tfor(i = 0; i < Paths.length; ++i) UCPaths[i] = Paths[i].toUpperCase().replace(chr0,'').replace(chr1,'!');\n\treturn function find_path(path) {\n\t\tvar k;\n\t\tif(path.charCodeAt(0) === 47 /* \"/\" */) { k=true; path = root_name + path; }\n\t\telse k = path.indexOf(\"/\") !== -1;\n\t\tvar UCPath = path.toUpperCase().replace(chr0,'').replace(chr1,'!');\n\t\tvar w = k === true ? UCFullPaths.indexOf(UCPath) : UCPaths.indexOf(UCPath);\n\t\tif(w === -1) return null;\n\t\treturn k === true ? FileIndex[w] : files[Paths[w]];\n\t};\n}\n\n/** Chase down the rest of the DIFAT chain to build a comprehensive list\n DIFAT chains by storing the next sector number as the last 32 bytes */\nfunction sleuth_fat(idx, cnt, sectors, ssz, fat_addrs) {\n\tvar q;\n\tif(idx === ENDOFCHAIN) {\n\t\tif(cnt !== 0) throw \"DIFAT chain shorter than expected\";\n\t} else if(idx !== -1 /*FREESECT*/) {\n\t\tvar sector = sectors[idx], m = (ssz>>>2)-1;\n\t\tfor(var i = 0; i < m; ++i) {\n\t\t\tif((q = __readInt32LE(sector,i*4)) === ENDOFCHAIN) break;\n\t\t\tfat_addrs.push(q);\n\t\t}\n\t\tsleuth_fat(__readInt32LE(sector,ssz-4),cnt - 1, sectors, ssz, fat_addrs);\n\t}\n}\n\n/** Follow the linked list of sectors for a given starting point */\nfunction get_sector_list(sectors, start, fat_addrs, ssz, chkd) {\n\tvar sl = sectors.length;\n\tvar buf, buf_chain;\n\tif(!chkd) chkd = new Array(sl);\n\tvar modulus = ssz - 1, j, jj;\n\tbuf = [];\n\tbuf_chain = [];\n\tfor(j=start; j>=0;) {\n\t\tchkd[j] = true;\n\t\tbuf[buf.length] = j;\n\t\tbuf_chain.push(sectors[j]);\n\t\tvar addr = fat_addrs[Math.floor(j*4/ssz)];\n\t\tjj = ((j*4) & modulus);\n\t\tif(ssz < 4 + jj) throw \"FAT boundary crossed: \" + j + \" 4 \"+ssz;\n\t\tj = __readInt32LE(sectors[addr], jj);\n\t}\n\treturn {nodes: buf, data:__toBuffer([buf_chain])};\n}\n\n/** Chase down the sector linked lists */\nfunction make_sector_list(sectors, dir_start, fat_addrs, ssz) {\n\tvar sl = sectors.length, sector_list = new Array(sl);\n\tvar chkd = new Array(sl), buf, buf_chain;\n\tvar modulus = ssz - 1, i, j, k, jj;\n\tfor(i=0; i < sl; ++i) {\n\t\tbuf = [];\n\t\tk = (i + dir_start); if(k >= sl) k-=sl;\n\t\tif(chkd[k] === true) continue;\n\t\tbuf_chain = [];\n\t\tfor(j=k; j>=0;) {\n\t\t\tchkd[j] = true;\n\t\t\tbuf[buf.length] = j;\n\t\t\tbuf_chain.push(sectors[j]);\n\t\t\tvar addr = fat_addrs[Math.floor(j*4/ssz)];\n\t\t\tjj = ((j*4) & modulus);\n\t\t\tif(ssz < 4 + jj) throw \"FAT boundary crossed: \" + j + \" 4 \"+ssz;\n\t\t\tj = __readInt32LE(sectors[addr], jj);\n\t\t}\n\t\tsector_list[k] = {nodes: buf, data:__toBuffer([buf_chain])};\n\t}\n\treturn sector_list;\n}\n\n/* [MS-CFB] 2.6.1 Compound File Directory Entry */\nfunction read_directory(dir_start, sector_list, sectors, Paths, nmfs, files, FileIndex) {\n\tvar blob;\n\tvar minifat_store = 0, pl = (Paths.length?2:0);\n\tvar sector = sector_list[dir_start].data;\n\tvar i = 0, namelen = 0, name, o, ctime, mtime;\n\tfor(; i < sector.length; i+= 128) {\n\t\tblob = sector.slice(i, i+128);\n\t\tprep_blob(blob, 64);\n\t\tnamelen = blob.read_shift(2);\n\t\tif(namelen === 0) continue;\n\t\tname = __utf16le(blob,0,namelen-pl);\n\t\tPaths.push(name);\n\t\to = {\n\t\t\tname: name,\n\t\t\ttype: blob.read_shift(1),\n\t\t\tcolor: blob.read_shift(1),\n\t\t\tL: blob.read_shift(4, 'i'),\n\t\t\tR: blob.read_shift(4, 'i'),\n\t\t\tC: blob.read_shift(4, 'i'),\n\t\t\tclsid: blob.read_shift(16),\n\t\t\tstate: blob.read_shift(4, 'i')\n\t\t};\n\t\tctime = blob.read_shift(2) + blob.read_shift(2) + blob.read_shift(2) + blob.read_shift(2);\n\t\tif(ctime !== 0) {\n\t\t\to.ctime = ctime; o.ct = read_date(blob, blob.l-8);\n\t\t}\n\t\tmtime = blob.read_shift(2) + blob.read_shift(2) + blob.read_shift(2) + blob.read_shift(2);\n\t\tif(mtime !== 0) {\n\t\t\to.mtime = mtime; o.mt = read_date(blob, blob.l-8);\n\t\t}\n\t\to.start = blob.read_shift(4, 'i');\n\t\to.size = blob.read_shift(4, 'i');\n\t\tif(o.type === 5) { /* root */\n\t\t\tminifat_store = o.start;\n\t\t\tif(nmfs > 0 && minifat_store !== ENDOFCHAIN) sector_list[minifat_store].name = \"!StreamData\";\n\t\t\t/*minifat_size = o.size;*/\n\t\t} else if(o.size >= 4096 /* MSCSZ */) {\n\t\t\to.storage = 'fat';\n\t\t\tif(sector_list[o.start] === undefined) sector_list[o.start] = get_sector_list(sectors, o.start, sector_list.fat_addrs, sector_list.ssz);\n\t\t\tsector_list[o.start].name = o.name;\n\t\t\to.content = sector_list[o.start].data.slice(0,o.size);\n\t\t\tprep_blob(o.content, 0);\n\t\t} else {\n\t\t\to.storage = 'minifat';\n\t\t\tif(minifat_store !== ENDOFCHAIN && o.start !== ENDOFCHAIN) {\n\t\t\t\to.content = sector_list[minifat_store].data.slice(o.start*MSSZ,o.start*MSSZ+o.size);\n\t\t\t\tprep_blob(o.content, 0);\n\t\t\t}\n\t\t}\n\t\tfiles[name] = o;\n\t\tFileIndex.push(o);\n\t}\n}\n\nfunction read_date(blob, offset) {\n\treturn new Date(( ( (__readUInt32LE(blob,offset+4)/1e7)*Math.pow(2,32)+__readUInt32LE(blob,offset)/1e7 ) - 11644473600)*1000);\n}\n\nvar fs;\nfunction readFileSync(filename, options) {\n\tif(fs === undefined) fs = require('fs');\n\treturn parse(fs.readFileSync(filename), options);\n}\n\nfunction readSync(blob, options) {\n\tswitch(options !== undefined && options.type !== undefined ? options.type : \"base64\") {\n\t\tcase \"file\": return readFileSync(blob, options);\n\t\tcase \"base64\": return parse(s2a(Base64.decode(blob)), options);\n\t\tcase \"binary\": return parse(s2a(blob), options);\n\t}\n\treturn parse(blob);\n}\n\n/** CFB Constants */\nvar MSSZ = 64; /* Mini Sector Size = 1<<6 */\n//var MSCSZ = 4096; /* Mini Stream Cutoff Size */\n/* 2.1 Compound File Sector Numbers and Types */\nvar ENDOFCHAIN = -2;\n/* 2.2 Compound File Header */\nvar HEADER_SIGNATURE = 'd0cf11e0a1b11ae1';\nvar HEADER_CLSID = '00000000000000000000000000000000';\nvar consts = {\n\t/* 2.1 Compund File Sector Numbers and Types */\n\tMAXREGSECT: -6,\n\tDIFSECT: -4,\n\tFATSECT: -3,\n\tENDOFCHAIN: ENDOFCHAIN,\n\tFREESECT: -1,\n\t/* 2.2 Compound File Header */\n\tHEADER_SIGNATURE: HEADER_SIGNATURE,\n\tHEADER_MINOR_VERSION: '3e00',\n\tMAXREGSID: -6,\n\tNOSTREAM: -1,\n\tHEADER_CLSID: HEADER_CLSID,\n\t/* 2.6.1 Compound File Directory Entry */\n\tEntryTypes: ['unknown','storage','stream','lockbytes','property','root']\n};\n\nexports.read = readSync;\nexports.parse = parse;\nexports.utils = {\n\tReadShift: ReadShift,\n\tCheckField: CheckField,\n\tprep_blob: prep_blob,\n\tbconcat: bconcat,\n\tconsts: consts\n};\n\nreturn exports;\n})();\n\nif(typeof require !== 'undefined' && typeof module !== 'undefined' && typeof DO_NOT_EXPORT_CFB === 'undefined') { module.exports = CFB; }\nfunction isval(x) { return x !== undefined && x !== null; }\n\nfunction keys(o) { return Object.keys(o); }\n\nfunction evert_key(obj, key) {\n\tvar o = [], K = keys(obj);\n\tfor(var i = 0; i !== K.length; ++i) o[obj[K[i]][key]] = K[i];\n\treturn o;\n}\n\nfunction evert(obj) {\n\tvar o = [], K = keys(obj);\n\tfor(var i = 0; i !== K.length; ++i) o[obj[K[i]]] = K[i];\n\treturn o;\n}\n\nfunction evert_num(obj) {\n\tvar o = [], K = keys(obj);\n\tfor(var i = 0; i !== K.length; ++i) o[obj[K[i]]] = parseInt(K[i],10);\n\treturn o;\n}\n\nfunction evert_arr(obj) {\n\tvar o = [], K = keys(obj);\n\tfor(var i = 0; i !== K.length; ++i) {\n\t\tif(o[obj[K[i]]] == null) o[obj[K[i]]] = [];\n\t\to[obj[K[i]]].push(K[i]);\n\t}\n\treturn o;\n}\n\n/* TODO: date1904 logic */\nfunction datenum(v, date1904) {\n\tif(date1904) v+=1462;\n\tvar epoch = Date.parse(v);\n\treturn (epoch + 2209161600000) / (24 * 60 * 60 * 1000);\n}\n\nfunction cc2str(arr) {\n\tvar o = \"\";\n\tfor(var i = 0; i != arr.length; ++i) o += String.fromCharCode(arr[i]);\n\treturn o;\n}\n\nfunction getdata(data) {\n\tif(!data) return null;\n\tif(data.name.substr(-4) === \".bin\") {\n\t\tif(data.data) return char_codes(data.data);\n\t\tif(data.asNodeBuffer && has_buf) return data.asNodeBuffer();\n\t\tif(data._data && data._data.getContent) return Array.prototype.slice.call(data._data.getContent());\n\t} else {\n\t\tif(data.data) return data.name.substr(-4) !== \".bin\" ? debom_xml(data.data) : char_codes(data.data);\n\t\tif(data.asNodeBuffer && has_buf) return debom_xml(data.asNodeBuffer().toString('binary'));\n\t\tif(data.asBinary) return debom_xml(data.asBinary());\n\t\tif(data._data && data._data.getContent) return debom_xml(cc2str(Array.prototype.slice.call(data._data.getContent(),0)));\n\t}\n\treturn null;\n}\n\nfunction safegetzipfile(zip, file) {\n\tvar f = file; if(zip.files[f]) return zip.files[f];\n\tf = file.toLowerCase(); if(zip.files[f]) return zip.files[f];\n\tf = f.replace(/\\//g,'\\\\'); if(zip.files[f]) return zip.files[f];\n\treturn null;\n}\n\nfunction getzipfile(zip, file) {\n\tvar o = safegetzipfile(zip, file);\n\tif(o == null) throw new Error(\"Cannot find file \" + file + \" in zip\");\n\treturn o;\n}\n\nfunction getzipdata(zip, file, safe) {\n\tif(!safe) return getdata(getzipfile(zip, file));\n\tif(!file) return null;\n\ttry { return getzipdata(zip, file); } catch(e) { return null; }\n}\n\nvar _fs, jszip;\nif(typeof JSZip !== 'undefined') jszip = JSZip;\nif (typeof exports !== 'undefined') {\n\tif (typeof module !== 'undefined' && module.exports) {\n\t\tif(has_buf && typeof jszip === 'undefined') jszip = require('js'+'zip');\n\t\tif(typeof jszip === 'undefined') jszip = require('./js'+'zip').JSZip;\n\t\t_fs = require('f'+'s');\n\t}\n}\nvar attregexg=/([\\w:]+)=((?:\")([^\"]*)(?:\")|(?:')([^']*)(?:'))/g;\nvar tagregex=/<[^>]*>/g;\nvar nsregex=/<\\w*:/, nsregex2 = /<(\\/?)\\w+:/;\nfunction parsexmltag(tag, skip_root) {\n\tvar z = [];\n\tvar eq = 0, c = 0;\n\tfor(; eq !== tag.length; ++eq) if((c = tag.charCodeAt(eq)) === 32 || c === 10 || c === 13) break;\n\tif(!skip_root) z[0] = tag.substr(0, eq);\n\tif(eq === tag.length) return z;\n\tvar m = tag.match(attregexg), j=0, w=\"\", v=\"\", i=0, q=\"\", cc=\"\";\n\tif(m) for(i = 0; i != m.length; ++i) {\n\t\tcc = m[i];\n\t\tfor(c=0; c != cc.length; ++c) if(cc.charCodeAt(c) === 61) break;\n\t\tq = cc.substr(0,c); v = cc.substring(c+2, cc.length-1);\n\t\tfor(j=0;j!=q.length;++j) if(q.charCodeAt(j) === 58) break;\n\t\tif(j===q.length) z[q] = v;\n\t\telse z[(j===5 && q.substr(0,5)===\"xmlns\"?\"xmlns\":\"\")+q.substr(j+1)] = v;\n\t}\n\treturn z;\n}\nfunction strip_ns(x) { return x.replace(nsregex2, \"<$1\"); }\n\nvar encodings = {\n\t'"': '\"',\n\t''': \"'\",\n\t'>': '>',\n\t'<': '<',\n\t'&': '&'\n};\nvar rencoding = evert(encodings);\nvar rencstr = \"&<>'\\\"\".split(\"\");\n\n// TODO: CP remap (need to read file version to determine OS)\nvar unescapexml = (function() {\n\tvar encregex = /&[a-z]*;/g, coderegex = /_x([\\da-fA-F]+)_/g;\n\treturn function unescapexml(text){\n\t\tvar s = text + '';\n\t\treturn s.replace(encregex, function($$) { return encodings[$$]; }).replace(coderegex,function(m,c) {return String.fromCharCode(parseInt(c,16));});\n\t};\n})();\n\nvar decregex=/[&<>'\"]/g, charegex = /[\\u0000-\\u0008\\u000b-\\u001f]/g;\nfunction escapexml(text){\n\tvar s = text + '';\n\treturn s.replace(decregex, function(y) { return rencoding[y]; }).replace(charegex,function(s) { return \"_x\" + (\"000\"+s.charCodeAt(0).toString(16)).substr(-4) + \"_\";});\n}\n\n/* TODO: handle codepages */\nvar xlml_fixstr = (function() {\n\tvar entregex = /&#(\\d+);/g;\n\tfunction entrepl($$,$1) { return String.fromCharCode(parseInt($1,10)); }\n\treturn function xlml_fixstr(str) { return str.replace(entregex,entrepl); };\n})();\n\nfunction parsexmlbool(value, tag) {\n\tswitch(value) {\n\t\tcase '1': case 'true': case 'TRUE': return true;\n\t\t/* case '0': case 'false': case 'FALSE':*/\n\t\tdefault: return false;\n\t}\n}\n\nvar utf8read = function utf8reada(orig) {\n\tvar out = \"\", i = 0, c = 0, d = 0, e = 0, f = 0, w = 0;\n\twhile (i < orig.length) {\n\t\tc = orig.charCodeAt(i++);\n\t\tif (c < 128) { out += String.fromCharCode(c); continue; }\n\t\td = orig.charCodeAt(i++);\n\t\tif (c>191 && c<224) { out += String.fromCharCode(((c & 31) << 6) | (d & 63)); continue; }\n\t\te = orig.charCodeAt(i++);\n\t\tif (c < 240) { out += String.fromCharCode(((c & 15) << 12) | ((d & 63) << 6) | (e & 63)); continue; }\n\t\tf = orig.charCodeAt(i++);\n\t\tw = (((c & 7) << 18) | ((d & 63) << 12) | ((e & 63) << 6) | (f & 63))-65536;\n\t\tout += String.fromCharCode(0xD800 + ((w>>>10)&1023));\n\t\tout += String.fromCharCode(0xDC00 + (w&1023));\n\t}\n\treturn out;\n};\n\n\nif(has_buf) {\n\tvar utf8readb = function utf8readb(data) {\n\t\tvar out = new Buffer(2*data.length), w, i, j = 1, k = 0, ww=0, c;\n\t\tfor(i = 0; i < data.length; i+=j) {\n\t\t\tj = 1;\n\t\t\tif((c=data.charCodeAt(i)) < 128) w = c;\n\t\t\telse if(c < 224) { w = (c&31)*64+(data.charCodeAt(i+1)&63); j=2; }\n\t\t\telse if(c < 240) { w=(c&15)*4096+(data.charCodeAt(i+1)&63)*64+(data.charCodeAt(i+2)&63); j=3; }\n\t\t\telse { j = 4;\n\t\t\t\tw = (c & 7)*262144+(data.charCodeAt(i+1)&63)*4096+(data.charCodeAt(i+2)&63)*64+(data.charCodeAt(i+3)&63);\n\t\t\t\tw -= 65536; ww = 0xD800 + ((w>>>10)&1023); w = 0xDC00 + (w&1023);\n\t\t\t}\n\t\t\tif(ww !== 0) { out[k++] = ww&255; out[k++] = ww>>>8; ww = 0; }\n\t\t\tout[k++] = w%256; out[k++] = w>>>8;\n\t\t}\n\t\tout.length = k;\n\t\treturn out.toString('ucs2');\n\t};\n\tvar corpus = \"foo bar baz\\u00e2\\u0098\\u0083\\u00f0\\u009f\\u008d\\u00a3\";\n\tif(utf8read(corpus) == utf8readb(corpus)) utf8read = utf8readb;\n\tvar utf8readc = function utf8readc(data) { return Buffer(data, 'binary').toString('utf8'); };\n\tif(utf8read(corpus) == utf8readc(corpus)) utf8read = utf8readc;\n}\n\n// matches <foo>...</foo> extracts content\nvar matchtag = (function() {\n\tvar mtcache = {};\n\treturn function matchtag(f,g) {\n\t\tvar t = f+\"|\"+g;\n\t\tif(mtcache[t] !== undefined) return mtcache[t];\n\t\treturn (mtcache[t] = new RegExp('<(?:\\\\w+:)?'+f+'(?: xml:space=\"preserve\")?(?:[^>]*)>([^\\u2603]*)</(?:\\\\w+:)?'+f+'>',(g||\"\")));\n\t};\n})();\n\nvar vtregex = (function(){ var vt_cache = {};\n\treturn function vt_regex(bt) {\n\t\tif(vt_cache[bt] !== undefined) return vt_cache[bt];\n\t\treturn (vt_cache[bt] = new RegExp(\"<vt:\" + bt + \">(.*?)</vt:\" + bt + \">\", 'g') );\n};})();\nvar vtvregex = /<\\/?vt:variant>/g, vtmregex = /<vt:([^>]*)>(.*)</;\nfunction parseVector(data) {\n\tvar h = parsexmltag(data);\n\n\tvar matches = data.match(vtregex(h.baseType))||[];\n\tif(matches.length != h.size) throw \"unexpected vector length \" + matches.length + \" != \" + h.size;\n\tvar res = [];\n\tmatches.forEach(function(x) {\n\t\tvar v = x.replace(vtvregex,\"\").match(vtmregex);\n\t\tres.push({v:v[2], t:v[1]});\n\t});\n\treturn res;\n}\n\nvar wtregex = /(^\\s|\\s$|\\n)/;\nfunction writetag(f,g) {return '<' + f + (g.match(wtregex)?' xml:space=\"preserve\"' : \"\") + '>' + g + '</' + f + '>';}\n\nfunction wxt_helper(h) { return keys(h).map(function(k) { return \" \" + k + '=\"' + h[k] + '\"';}).join(\"\"); }\nfunction writextag(f,g,h) { return '<' + f + (isval(h) ? wxt_helper(h) : \"\") + (isval(g) ? (g.match(wtregex)?' xml:space=\"preserve\"' : \"\") + '>' + g + '</' + f : \"/\") + '>';}\n\nfunction write_w3cdtf(d, t) { try { return d.toISOString().replace(/\\.\\d*/,\"\"); } catch(e) { if(t) throw e; } }\n\nfunction write_vt(s) {\n\tswitch(typeof s) {\n\t\tcase 'string': return writextag('vt:lpwstr', s);\n\t\tcase 'number': return writextag((s|0)==s?'vt:i4':'vt:r8', String(s));\n\t\tcase 'boolean': return writextag('vt:bool',s?'true':'false');\n\t}\n\tif(s instanceof Date) return writextag('vt:filetime', write_w3cdtf(s));\n\tthrow new Error(\"Unable to serialize \" + s);\n}\n\nvar XML_HEADER = '<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"yes\"?>\\r\\n';\nvar XMLNS = {\n\t'dc': 'http://purl.org/dc/elements/1.1/',\n\t'dcterms': 'http://purl.org/dc/terms/',\n\t'dcmitype': 'http://purl.org/dc/dcmitype/',\n\t'mx': 'http://schemas.microsoft.com/office/mac/excel/2008/main',\n\t'r': 'http://schemas.openxmlformats.org/officeDocument/2006/relationships',\n\t'sjs': 'http://schemas.openxmlformats.org/package/2006/sheetjs/core-properties',\n\t'vt': 'http://schemas.openxmlformats.org/officeDocument/2006/docPropsVTypes',\n\t'xsi': 'http://www.w3.org/2001/XMLSchema-instance',\n\t'xsd': 'http://www.w3.org/2001/XMLSchema'\n};\n\nXMLNS.main = [\n\t'http://schemas.openxmlformats.org/spreadsheetml/2006/main',\n\t'http://purl.oclc.org/ooxml/spreadsheetml/main',\n\t'http://schemas.microsoft.com/office/excel/2006/main',\n\t'http://schemas.microsoft.com/office/excel/2006/2'\n];\n\nfunction readIEEE754(buf, idx, isLE, nl, ml) {\n\tif(isLE === undefined) isLE = true;\n\tif(!nl) nl = 8;\n\tif(!ml && nl === 8) ml = 52;\n\tvar e, m, el = nl * 8 - ml - 1, eMax = (1 << el) - 1, eBias = eMax >> 1;\n\tvar bits = -7, d = isLE ? -1 : 1, i = isLE ? (nl - 1) : 0, s = buf[idx + i];\n\n\ti += d;\n\te = s & ((1 << (-bits)) - 1); s >>>= (-bits); bits += el;\n\tfor (; bits > 0; e = e * 256 + buf[idx + i], i += d, bits -= 8);\n\tm = e & ((1 << (-bits)) - 1); e >>>= (-bits); bits += ml;\n\tfor (; bits > 0; m = m * 256 + buf[idx + i], i += d, bits -= 8);\n\tif (e === eMax) return m ? NaN : ((s ? -1 : 1) * Infinity);\n\telse if (e === 0) e = 1 - eBias;\n\telse { m = m + Math.pow(2, ml); e = e - eBias; }\n\treturn (s ? -1 : 1) * m * Math.pow(2, e - ml);\n}\n\nvar __toBuffer, ___toBuffer;\n__toBuffer = ___toBuffer = function toBuffer_(bufs) { var x = []; for(var i = 0; i < bufs[0].length; ++i) { x.push.apply(x, bufs[0][i]); } return x; };\nvar __utf16le, ___utf16le;\n__utf16le = ___utf16le = function utf16le_(b,s,e) { var ss=[]; for(var i=s; i<e; i+=2) ss.push(String.fromCharCode(__readUInt16LE(b,i))); return ss.join(\"\"); };\nvar __hexlify, ___hexlify;\n__hexlify = ___hexlify = function hexlify_(b,s,l) { return b.slice(s,(s+l)).map(function(x){return (x<16?\"0\":\"\") + x.toString(16);}).join(\"\"); };\nvar __utf8, ___utf8;\n__utf8 = ___utf8 = function(b,s,e) { var ss=[]; for(var i=s; i<e; i++) ss.push(String.fromCharCode(__readUInt8(b,i))); return ss.join(\"\"); };\nvar __lpstr, ___lpstr;\n__lpstr = ___lpstr = function lpstr_(b,i) { var len = __readUInt32LE(b,i); return len > 0 ? __utf8(b, i+4,i+4+len-1) : \"\";};\nvar __lpwstr, ___lpwstr;\n__lpwstr = ___lpwstr = function lpwstr_(b,i) { var len = 2*__readUInt32LE(b,i); return len > 0 ? __utf8(b, i+4,i+4+len-1) : \"\";};\nvar __double, ___double;\n__double = ___double = function(b, idx) { return readIEEE754(b, idx);};\n\nvar is_buf = function is_buf_a(a) { return Array.isArray(a); };\nif(has_buf) {\n\t__utf16le = function utf16le_b(b,s,e) { if(!Buffer.isBuffer(b)) return ___utf16le(b,s,e); return b.toString('utf16le',s,e); };\n\t__hexlify = function(b,s,l) { return Buffer.isBuffer(b) ? b.toString('hex',s,s+l) : ___hexlify(b,s,l); };\n\t__lpstr = function lpstr_b(b,i) { if(!Buffer.isBuffer(b)) return ___lpstr(b, i); var len = b.readUInt32LE(i); return len > 0 ? b.toString('utf8',i+4,i+4+len-1) : \"\";};\n\t__lpwstr = function lpwstr_b(b,i) { if(!Buffer.isBuffer(b)) return ___lpwstr(b, i); var len = 2*b.readUInt32LE(i); return b.toString('utf16le',i+4,i+4+len-1);};\n\t__utf8 = function utf8_b(s,e) { return this.toString('utf8',s,e); };\n\t__toBuffer = function(bufs) { return (bufs[0].length > 0 && Buffer.isBuffer(bufs[0][0])) ? Buffer.concat(bufs[0]) : ___toBuffer(bufs);};\n\tbconcat = function(bufs) { return Buffer.isBuffer(bufs[0]) ? Buffer.concat(bufs) : [].concat.apply([], bufs); };\n\t__double = function double_(b,i) { if(Buffer.isBuffer(b)) return b.readDoubleLE(i); return ___double(b,i); };\n\tis_buf = function is_buf_b(a) { return Buffer.isBuffer(a) || Array.isArray(a); };\n}\n\n/* from js-xls */\nif(typeof cptable !== 'undefined') {\n\t__utf16le = function(b,s,e) { return cptable.utils.decode(1200, b.slice(s,e)); };\n\t__utf8 = function(b,s,e) { return cptable.utils.decode(65001, b.slice(s,e)); };\n\t__lpstr = function(b,i) { var len = __readUInt32LE(b,i); return len > 0 ? cptable.utils.decode(current_codepage, b.slice(i+4, i+4+len-1)) : \"\";};\n\t__lpwstr = function(b,i) { var len = 2*__readUInt32LE(b,i); return len > 0 ? cptable.utils.decode(1200, b.slice(i+4,i+4+len-1)) : \"\";};\n}\n\nvar __readUInt8 = function(b, idx) { return b[idx]; };\nvar __readUInt16LE = function(b, idx) { return b[idx+1]*(1<<8)+b[idx]; };\nvar __readInt16LE = function(b, idx) { var u = b[idx+1]*(1<<8)+b[idx]; return (u < 0x8000) ? u : (0xffff - u + 1) * -1; };\nvar __readUInt32LE = function(b, idx) { return b[idx+3]*(1<<24)+(b[idx+2]<<16)+(b[idx+1]<<8)+b[idx]; };\nvar __readInt32LE = function(b, idx) { return (b[idx+3]<<24)|(b[idx+2]<<16)|(b[idx+1]<<8)|b[idx]; };\n\nvar ___unhexlify = function(s) { return s.match(/../g).map(function(x) { return parseInt(x,16);}); };\nvar __unhexlify = typeof Buffer !== \"undefined\" ? function(s) { return Buffer.isBuffer(s) ? new Buffer(s, 'hex') : ___unhexlify(s); } : ___unhexlify;\n\nfunction ReadShift(size, t) {\n\tvar o=\"\", oI, oR, oo=[], w, vv, i, loc;\n\tswitch(t) {\n\t\tcase 'dbcs':\n\t\t\tloc = this.l;\n\t\t\tif(has_buf && Buffer.isBuffer(this)) o = this.slice(this.l, this.l+2*size).toString(\"utf16le\");\n\t\t\telse for(i = 0; i != size; ++i) { o+=String.fromCharCode(__readUInt16LE(this, loc)); loc+=2; }\n\t\t\tsize *= 2;\n\t\t\tbreak;\n\n\t\tcase 'utf8': o = __utf8(this, this.l, this.l + size); break;\n\t\tcase 'utf16le': size *= 2; o = __utf16le(this, this.l, this.l + size); break;\n\n\t\t/* [MS-OLEDS] 2.1.4 LengthPrefixedAnsiString */\n\t\tcase 'lpstr': o = __lpstr(this, this.l); size = 5 + o.length; break;\n\t\t/* [MS-OLEDS] 2.1.5 LengthPrefixedUnicodeString */\n\t\tcase 'lpwstr': o = __lpwstr(this, this.l); size = 5 + o.length; if(o[o.length-1] == '\\u0000') size += 2; break;\n\n\t\tcase 'cstr': size = 0; o = \"\";\n\t\t\twhile((w=__readUInt8(this, this.l + size++))!==0) oo.push(_getchar(w));\n\t\t\to = oo.join(\"\"); break;\n\t\tcase 'wstr': size = 0; o = \"\";\n\t\t\twhile((w=__readUInt16LE(this,this.l +size))!==0){oo.push(_getchar(w));size+=2;}\n\t\t\tsize+=2; o = oo.join(\"\"); break;\n\n\t\t/* sbcs and dbcs support continue records in the SST way TODO codepages */\n\t\tcase 'dbcs-cont': o = \"\"; loc = this.l;\n\t\t\tfor(i = 0; i != size; ++i) {\n\t\t\t\tif(this.lens && this.lens.indexOf(loc) !== -1) {\n\t\t\t\t\tw = __readUInt8(this, loc);\n\t\t\t\t\tthis.l = loc + 1;\n\t\t\t\t\tvv = ReadShift.call(this, size-i, w ? 'dbcs-cont' : 'sbcs-cont');\n\t\t\t\t\treturn oo.join(\"\") + vv;\n\t\t\t\t}\n\t\t\t\too.push(_getchar(__readUInt16LE(this, loc)));\n\t\t\t\tloc+=2;\n\t\t\t} o = oo.join(\"\"); size *= 2; break;\n\n\t\tcase 'sbcs-cont': o = \"\"; loc = this.l;\n\t\t\tfor(i = 0; i != size; ++i) {\n\t\t\t\tif(this.lens && this.lens.indexOf(loc) !== -1) {\n\t\t\t\t\tw = __readUInt8(this, loc);\n\t\t\t\t\tthis.l = loc + 1;\n\t\t\t\t\tvv = ReadShift.call(this, size-i, w ? 'dbcs-cont' : 'sbcs-cont');\n\t\t\t\t\treturn oo.join(\"\") + vv;\n\t\t\t\t}\n\t\t\t\too.push(_getchar(__readUInt8(this, loc)));\n\t\t\t\tloc+=1;\n\t\t\t} o = oo.join(\"\"); break;\n\n\t\tdefault:\n\tswitch(size) {\n\t\tcase 1: oI = __readUInt8(this, this.l); this.l++; return oI;\n\t\tcase 2: oI = (t === 'i' ? __readInt16LE : __readUInt16LE)(this, this.l); this.l += 2; return oI;\n\t\tcase 4:\n\t\t\tif(t === 'i' || (this[this.l+3] & 0x80)===0) { oI = __readInt32LE(this, this.l); this.l += 4; return oI; }\n\t\t\telse { oR = __readUInt32LE(this, this.l); this.l += 4; return oR; } break;\n\t\tcase 8: if(t === 'f') { oR = __double(this, this.l); this.l += 8; return oR; }\n\t\t/* falls through */\n\t\tcase 16: o = __hexlify(this, this.l, size); break;\n\t}}\n\tthis.l+=size; return o;\n}\n\nfunction WriteShift(t, val, f) {\n\tvar size, i;\n\tif(f === 'dbcs') {\n\t\tfor(i = 0; i != val.length; ++i) this.writeUInt16LE(val.charCodeAt(i), this.l + 2 * i);\n\t\tsize = 2 * val.length;\n\t} else switch(t) {\n\t\tcase 1: size = 1; this[this.l] = val&255; break;\n\t\tcase 3: size = 3; this[this.l+2] = val & 255; val >>>= 8; this[this.l+1] = val&255; val >>>= 8; this[this.l] = val&255; break;\n\t\tcase 4: size = 4; this.writeUInt32LE(val, this.l); break;\n\t\tcase 8: size = 8; if(f === 'f') { this.writeDoubleLE(val, this.l); break; }\n\t\t/* falls through */\n\t\tcase 16: break;\n\t\tcase -4: size = 4; this.writeInt32LE(val, this.l); break;\n\t}\n\tthis.l += size; return this;\n}\n\nfunction CheckField(hexstr, fld) {\n\tvar m = __hexlify(this,this.l,hexstr.length>>1);\n\tif(m !== hexstr) throw fld + 'Expected ' + hexstr + ' saw ' + m;\n\tthis.l += hexstr.length>>1;\n}\n\nfunction prep_blob(blob, pos) {\n\tblob.l = pos;\n\tblob.read_shift = ReadShift;\n\tblob.chk = CheckField;\n\tblob.write_shift = WriteShift;\n}\n\nfunction parsenoop(blob, length) { blob.l += length; }\n\nfunction writenoop(blob, length) { blob.l += length; }\n\nfunction new_buf(sz) {\n\tvar o = new_raw_buf(sz);\n\tprep_blob(o, 0);\n\treturn o;\n}\n\n/* [MS-XLSB] 2.1.4 Record */\nfunction recordhopper(data, cb, opts) {\n\tvar tmpbyte, cntbyte, length;\n\tprep_blob(data, data.l || 0);\n\twhile(data.l < data.length) {\n\t\tvar RT = data.read_shift(1);\n\t\tif(RT & 0x80) RT = (RT & 0x7F) + ((data.read_shift(1) & 0x7F)<<7);\n\t\tvar R = XLSBRecordEnum[RT] || XLSBRecordEnum[0xFFFF];\n\t\ttmpbyte = data.read_shift(1);\n\t\tlength = tmpbyte & 0x7F;\n\t\tfor(cntbyte = 1; cntbyte <4 && (tmpbyte & 0x80); ++cntbyte) length += ((tmpbyte = data.read_shift(1)) & 0x7F)<<(7*cntbyte);\n\t\tvar d = R.f(data, length, opts);\n\t\tif(cb(d, R, RT)) return;\n\t}\n}\n\n/* control buffer usage for fixed-length buffers */\nfunction buf_array() {\n\tvar bufs = [], blksz = 2048;\n\tvar newblk = function ba_newblk(sz) {\n\t\tvar o = new_buf(sz);\n\t\tprep_blob(o, 0);\n\t\treturn o;\n\t};\n\n\tvar curbuf = newblk(blksz);\n\n\tvar endbuf = function ba_endbuf() {\n\t\tcurbuf.length = curbuf.l;\n\t\tif(curbuf.length > 0) bufs.push(curbuf);\n\t\tcurbuf = null;\n\t};\n\n\tvar next = function ba_next(sz) {\n\t\tif(sz < curbuf.length - curbuf.l) return curbuf;\n\t\tendbuf();\n\t\treturn (curbuf = newblk(Math.max(sz+1, blksz)));\n\t};\n\n\tvar end = function ba_end() {\n\t\tendbuf();\n\t\treturn __toBuffer([bufs]);\n\t};\n\n\tvar push = function ba_push(buf) { endbuf(); curbuf = buf; next(blksz); };\n\n\treturn { next:next, push:push, end:end, _bufs:bufs };\n}\n\nfunction write_record(ba, type, payload, length) {\n\tvar t = evert_RE[type], l;\n\tif(!length) length = XLSBRecordEnum[t].p || (payload||[]).length || 0;\n\tl = 1 + (t >= 0x80 ? 1 : 0) + 1 + length;\n\tif(length >= 0x80) ++l; if(length >= 0x4000) ++l; if(length >= 0x200000) ++l;\n\tvar o = ba.next(l);\n\tif(t <= 0x7F) o.write_shift(1, t);\n\telse {\n\t\to.write_shift(1, (t & 0x7F) + 0x80);\n\t\to.write_shift(1, (t >> 7));\n\t}\n\tfor(var i = 0; i != 4; ++i) {\n\t\tif(length >= 0x80) { o.write_shift(1, (length & 0x7F)+0x80); length >>= 7; }\n\t\telse { o.write_shift(1, length); break; }\n\t}\n\tif(length > 0 && is_buf(payload)) ba.push(payload);\n}\n/* XLS ranges enforced */\nfunction shift_cell_xls(cell, tgt) {\n\tif(tgt.s) {\n\t\tif(cell.cRel) cell.c += tgt.s.c;\n\t\tif(cell.rRel) cell.r += tgt.s.r;\n\t} else {\n\t\tcell.c += tgt.c;\n\t\tcell.r += tgt.r;\n\t}\n\tcell.cRel = cell.rRel = 0;\n\twhile(cell.c >= 0x100) cell.c -= 0x100;\n\twhile(cell.r >= 0x10000) cell.r -= 0x10000;\n\treturn cell;\n}\n\nfunction shift_range_xls(cell, range) {\n\tcell.s = shift_cell_xls(cell.s, range.s);\n\tcell.e = shift_cell_xls(cell.e, range.s);\n\treturn cell;\n}\n\nvar OFFCRYPTO = {};\nvar make_offcrypto = function(O, _crypto) {\n\tvar crypto;\n\tif(typeof _crypto !== 'undefined') crypto = _crypto;\n\telse if(typeof require !== 'undefined') {\n\t\ttry { crypto = require('cry'+'pto'); }\n\t\tcatch(e) { crypto = null; }\n\t}\n\n\tO.rc4 = function(key, data) {\n\t\tvar S = new Array(256);\n\t\tvar c = 0, i = 0, j = 0, t = 0;\n\t\tfor(i = 0; i != 256; ++i) S[i] = i;\n\t\tfor(i = 0; i != 256; ++i) {\n\t\t\tj = (j + S[i] + (key[i%key.length]).charCodeAt(0))&255;\n\t\t\tt = S[i]; S[i] = S[j]; S[j] = t;\n\t\t}\n\t\ti = j = 0; out = Buffer(data.length);\n\t\tfor(c = 0; c != data.length; ++c) {\n\t\t\ti = (i + 1)&255;\n\t\t\tj = (j + S[i])%256;\n\t\t\tt = S[i]; S[i] = S[j]; S[j] = t;\n\t\t\tout[c] = (data[c] ^ S[(S[i]+S[j])&255]);\n\t\t}\n\t\treturn out;\n\t};\n\n\tif(crypto) {\n\t\tO.md5 = function(hex) { return crypto.createHash('md5').update(hex).digest('hex'); };\n\t} else {\n\t\tO.md5 = function(hex) { throw \"unimplemented\"; };\n\t}\n};\nmake_offcrypto(OFFCRYPTO, typeof crypto !== \"undefined\" ? crypto : undefined);\n\n\n/* [MS-XLSB] 2.5.143 */\nfunction parse_StrRun(data, length) {\n\treturn { ich: data.read_shift(2), ifnt: data.read_shift(2) };\n}\n\n/* [MS-XLSB] 2.1.7.121 */\nfunction parse_RichStr(data, length) {\n\tvar start = data.l;\n\tvar flags = data.read_shift(1);\n\tvar str = parse_XLWideString(data);\n\tvar rgsStrRun = [];\n\tvar z = { t: str, h: str };\n\tif((flags & 1) !== 0) { /* fRichStr */\n\t\t/* TODO: formatted string */\n\t\tvar dwSizeStrRun = data.read_shift(4);\n\t\tfor(var i = 0; i != dwSizeStrRun; ++i) rgsStrRun.push(parse_StrRun(data));\n\t\tz.r = rgsStrRun;\n\t}\n\telse z.r = \"<t>\" + escapexml(str) + \"</t>\";\n\tif((flags & 2) !== 0) { /* fExtStr */\n\t\t/* TODO: phonetic string */\n\t}\n\tdata.l = start + length;\n\treturn z;\n}\nfunction write_RichStr(str, o) {\n\t/* TODO: formatted string */\n\tif(o == null) o = new_buf(5+2*str.t.length);\n\to.write_shift(1,0);\n\twrite_XLWideString(str.t, o);\n\treturn o;\n}\n\n/* [MS-XLSB] 2.5.9 */\nfunction parse_XLSBCell(data) {\n\tvar col = data.read_shift(4);\n\tvar iStyleRef = data.read_shift(2);\n\tiStyleRef += data.read_shift(1) <<16;\n\tvar fPhShow = data.read_shift(1);\n\treturn { c:col, iStyleRef: iStyleRef };\n}\nfunction write_XLSBCell(cell, o) {\n\tif(o == null) o = new_buf(8);\n\to.write_shift(-4, cell.c);\n\to.write_shift(3, cell.iStyleRef === undefined ? cell.iStyleRef : cell.s);\n\to.write_shift(1, 0); /* fPhShow */\n\treturn o;\n}\n\n\n/* [MS-XLSB] 2.5.21 */\nfunction parse_XLSBCodeName (data, length) { return parse_XLWideString(data, length); }\n\n/* [MS-XLSB] 2.5.166 */\nfunction parse_XLNullableWideString(data) {\n\tvar cchCharacters = data.read_shift(4);\n\treturn cchCharacters === 0 || cchCharacters === 0xFFFFFFFF ? \"\" : data.read_shift(cchCharacters, 'dbcs');\n}\nfunction write_XLNullableWideString(data, o) {\n\tif(!o) o = new_buf(127);\n\to.write_shift(4, data.length > 0 ? data.length : 0xFFFFFFFF);\n\tif(data.length > 0) o.write_shift(0, data, 'dbcs');\n\treturn o;\n}\n\n/* [MS-XLSB] 2.5.168 */\nfunction parse_XLWideString(data) {\n\tvar cchCharacters = data.read_shift(4);\n\treturn cchCharacters === 0 ? \"\" : data.read_shift(cchCharacters, 'dbcs');\n}\nfunction write_XLWideString(data, o) {\n\tif(o == null) o = new_buf(4+2*data.length);\n\to.write_shift(4, data.length);\n\tif(data.length > 0) o.write_shift(0, data, 'dbcs');\n\treturn o;\n}\n\n/* [MS-XLSB] 2.5.114 */\nvar parse_RelID = parse_XLNullableWideString;\nvar write_RelID = write_XLNullableWideString;\n\n\n/* [MS-XLSB] 2.5.122 */\n/* [MS-XLS] 2.5.217 */\nfunction parse_RkNumber(data) {\n\tvar b = data.slice(data.l, data.l+4);\n\tvar fX100 = b[0] & 1, fInt = b[0] & 2;\n\tdata.l+=4;\n\tb[0] &= 0xFC; // b[0] &= ~3;\n\tvar RK = fInt === 0 ? __double([0,0,0,0,b[0],b[1],b[2],b[3]],0) : __readInt32LE(b,0)>>2;\n\treturn fX100 ? RK/100 : RK;\n}\n\n/* [MS-XLSB] 2.5.153 */\nfunction parse_UncheckedRfX(data) {\n\tvar cell = {s: {}, e: {}};\n\tcell.s.r = data.read_shift(4);\n\tcell.e.r = data.read_shift(4);\n\tcell.s.c = data.read_shift(4);\n\tcell.e.c = data.read_shift(4);\n\treturn cell;\n}\n\nfunction write_UncheckedRfX(r, o) {\n\tif(!o) o = new_buf(16);\n\to.write_shift(4, r.s.r);\n\to.write_shift(4, r.e.r);\n\to.write_shift(4, r.s.c);\n\to.write_shift(4, r.e.c);\n\treturn o;\n}\n\n/* [MS-XLSB] 2.5.171 */\n/* [MS-XLS] 2.5.342 */\nfunction parse_Xnum(data, length) { return data.read_shift(8, 'f'); }\nfunction write_Xnum(data, o) { return (o || new_buf(8)).write_shift(8, 'f', data); }\n\n/* [MS-XLSB] 2.5.198.2 */\nvar BErr = {\n\t0x00: \"#NULL!\",\n\t0x07: \"#DIV/0!\",\n\t0x0F: \"#VALUE!\",\n\t0x17: \"#REF!\",\n\t0x1D: \"#NAME?\",\n\t0x24: \"#NUM!\",\n\t0x2A: \"#N/A\",\n\t0x2B: \"#GETTING_DATA\",\n\t0xFF: \"#WTF?\"\n};\nvar RBErr = evert_num(BErr);\n\n/* [MS-XLSB] 2.4.321 BrtColor */\nfunction parse_BrtColor(data, length) {\n\tvar out = {};\n\tvar d = data.read_shift(1);\n\tout.fValidRGB = d & 1;\n\tout.xColorType = d >>> 1;\n\tout.index = data.read_shift(1);\n\tout.nTintAndShade = data.read_shift(2, 'i');\n\tout.bRed = data.read_shift(1);\n\tout.bGreen = data.read_shift(1);\n\tout.bBlue = data.read_shift(1);\n\tout.bAlpha = data.read_shift(1);\n}\n\n/* [MS-XLSB] 2.5.52 */\nfunction parse_FontFlags(data, length) {\n\tvar d = data.read_shift(1);\n\tdata.l++;\n\tvar out = {\n\t\tfItalic: d & 0x2,\n\t\tfStrikeout: d & 0x8,\n\t\tfOutline: d & 0x10,\n\t\tfShadow: d & 0x20,\n\t\tfCondense: d & 0x40,\n\t\tfExtend: d & 0x80\n\t};\n\treturn out;\n}\n/* [MS-OLEPS] 2.2 PropertyType */\n{\n\tvar VT_EMPTY = 0x0000;\n\tvar VT_NULL = 0x0001;\n\tvar VT_I2 = 0x0002;\n\tvar VT_I4 = 0x0003;\n\tvar VT_R4 = 0x0004;\n\tvar VT_R8 = 0x0005;\n\tvar VT_CY = 0x0006;\n\tvar VT_DATE = 0x0007;\n\tvar VT_BSTR = 0x0008;\n\tvar VT_ERROR = 0x000A;\n\tvar VT_BOOL = 0x000B;\n\tvar VT_VARIANT = 0x000C;\n\tvar VT_DECIMAL = 0x000E;\n\tvar VT_I1 = 0x0010;\n\tvar VT_UI1 = 0x0011;\n\tvar VT_UI2 = 0x0012;\n\tvar VT_UI4 = 0x0013;\n\tvar VT_I8 = 0x0014;\n\tvar VT_UI8 = 0x0015;\n\tvar VT_INT = 0x0016;\n\tvar VT_UINT = 0x0017;\n\tvar VT_LPSTR = 0x001E;\n\tvar VT_LPWSTR = 0x001F;\n\tvar VT_FILETIME = 0x0040;\n\tvar VT_BLOB = 0x0041;\n\tvar VT_STREAM = 0x0042;\n\tvar VT_STORAGE = 0x0043;\n\tvar VT_STREAMED_Object = 0x0044;\n\tvar VT_STORED_Object = 0x0045;\n\tvar VT_BLOB_Object = 0x0046;\n\tvar VT_CF = 0x0047;\n\tvar VT_CLSID = 0x0048;\n\tvar VT_VERSIONED_STREAM = 0x0049;\n\tvar VT_VECTOR = 0x1000;\n\tvar VT_ARRAY = 0x2000;\n\n\tvar VT_STRING = 0x0050; // 2.3.3.1.11 VtString\n\tvar VT_USTR = 0x0051; // 2.3.3.1.12 VtUnalignedString\n\tvar VT_CUSTOM = [VT_STRING, VT_USTR];\n}\n\n/* [MS-OSHARED] 2.3.3.2.2.1 Document Summary Information PIDDSI */\nvar DocSummaryPIDDSI = {\n\t0x01: { n: 'CodePage', t: VT_I2 },\n\t0x02: { n: 'Category', t: VT_STRING },\n\t0x03: { n: 'PresentationFormat', t: VT_STRING },\n\t0x04: { n: 'ByteCount', t: VT_I4 },\n\t0x05: { n: 'LineCount', t: VT_I4 },\n\t0x06: { n: 'ParagraphCount', t: VT_I4 },\n\t0x07: { n: 'SlideCount', t: VT_I4 },\n\t0x08: { n: 'NoteCount', t: VT_I4 },\n\t0x09: { n: 'HiddenCount', t: VT_I4 },\n\t0x0a: { n: 'MultimediaClipCount', t: VT_I4 },\n\t0x0b: { n: 'Scale', t: VT_BOOL },\n\t0x0c: { n: 'HeadingPair', t: VT_VECTOR | VT_VARIANT },\n\t0x0d: { n: 'DocParts', t: VT_VECTOR | VT_LPSTR },\n\t0x0e: { n: 'Manager', t: VT_STRING },\n\t0x0f: { n: 'Company', t: VT_STRING },\n\t0x10: { n: 'LinksDirty', t: VT_BOOL },\n\t0x11: { n: 'CharacterCount', t: VT_I4 },\n\t0x13: { n: 'SharedDoc', t: VT_BOOL },\n\t0x16: { n: 'HLinksChanged', t: VT_BOOL },\n\t0x17: { n: 'AppVersion', t: VT_I4, p: 'version' },\n\t0x1A: { n: 'ContentType', t: VT_STRING },\n\t0x1B: { n: 'ContentStatus', t: VT_STRING },\n\t0x1C: { n: 'Language', t: VT_STRING },\n\t0x1D: { n: 'Version', t: VT_STRING },\n\t0xFF: {}\n};\n\n/* [MS-OSHARED] 2.3.3.2.1.1 Summary Information Property Set PIDSI */\nvar SummaryPIDSI = {\n\t0x01: { n: 'CodePage', t: VT_I2 },\n\t0x02: { n: 'Title', t: VT_STRING },\n\t0x03: { n: 'Subject', t: VT_STRING },\n\t0x04: { n: 'Author', t: VT_STRING },\n\t0x05: { n: 'Keywords', t: VT_STRING },\n\t0x06: { n: 'Comments', t: VT_STRING },\n\t0x07: { n: 'Template', t: VT_STRING },\n\t0x08: { n: 'LastAuthor', t: VT_STRING },\n\t0x09: { n: 'RevNumber', t: VT_STRING },\n\t0x0A: { n: 'EditTime', t: VT_FILETIME },\n\t0x0B: { n: 'LastPrinted', t: VT_FILETIME },\n\t0x0C: { n: 'CreatedDate', t: VT_FILETIME },\n\t0x0D: { n: 'ModifiedDate', t: VT_FILETIME },\n\t0x0E: { n: 'PageCount', t: VT_I4 },\n\t0x0F: { n: 'WordCount', t: VT_I4 },\n\t0x10: { n: 'CharCount', t: VT_I4 },\n\t0x11: { n: 'Thumbnail', t: VT_CF },\n\t0x12: { n: 'ApplicationName', t: VT_LPSTR },\n\t0x13: { n: 'DocumentSecurity', t: VT_I4 },\n\t0xFF: {}\n};\n\n/* [MS-OLEPS] 2.18 */\nvar SpecialProperties = {\n\t0x80000000: { n: 'Locale', t: VT_UI4 },\n\t0x80000003: { n: 'Behavior', t: VT_UI4 },\n\t0x72627262: {}\n};\n\n(function() {\n\tfor(var y in SpecialProperties) if(SpecialProperties.hasOwnProperty(y))\n\tDocSummaryPIDDSI[y] = SummaryPIDSI[y] = SpecialProperties[y];\n})();\n\n/* [MS-XLS] 2.4.63 Country/Region codes */\nvar CountryEnum = {\n\t0x0001: \"US\", // United States\n\t0x0002: \"CA\", // Canada\n\t0x0003: \"\", // Latin America (except Brazil)\n\t0x0007: \"RU\", // Russia\n\t0x0014: \"EG\", // Egypt\n\t0x001E: \"GR\", // Greece\n\t0x001F: \"NL\", // Netherlands\n\t0x0020: \"BE\", // Belgium\n\t0x0021: \"FR\", // France\n\t0x0022: \"ES\", // Spain\n\t0x0024: \"HU\", // Hungary\n\t0x0027: \"IT\", // Italy\n\t0x0029: \"CH\", // Switzerland\n\t0x002B: \"AT\", // Austria\n\t0x002C: \"GB\", // United Kingdom\n\t0x002D: \"DK\", // Denmark\n\t0x002E: \"SE\", // Sweden\n\t0x002F: \"NO\", // Norway\n\t0x0030: \"PL\", // Poland\n\t0x0031: \"DE\", // Germany\n\t0x0034: \"MX\", // Mexico\n\t0x0037: \"BR\", // Brazil\n\t0x003d: \"AU\", // Australia\n\t0x0040: \"NZ\", // New Zealand\n\t0x0042: \"TH\", // Thailand\n\t0x0051: \"JP\", // Japan\n\t0x0052: \"KR\", // Korea\n\t0x0054: \"VN\", // Viet Nam\n\t0x0056: \"CN\", // China\n\t0x005A: \"TR\", // Turkey\n\t0x0069: \"JS\", // Ramastan\n\t0x00D5: \"DZ\", // Algeria\n\t0x00D8: \"MA\", // Morocco\n\t0x00DA: \"LY\", // Libya\n\t0x015F: \"PT\", // Portugal\n\t0x0162: \"IS\", // Iceland\n\t0x0166: \"FI\", // Finland\n\t0x01A4: \"CZ\", // Czech Republic\n\t0x0376: \"TW\", // Taiwan\n\t0x03C1: \"LB\", // Lebanon\n\t0x03C2: \"JO\", // Jordan\n\t0x03C3: \"SY\", // Syria\n\t0x03C4: \"IQ\", // Iraq\n\t0x03C5: \"KW\", // Kuwait\n\t0x03C6: \"SA\", // Saudi Arabia\n\t0x03CB: \"AE\", // United Arab Emirates\n\t0x03CC: \"IL\", // Israel\n\t0x03CE: \"QA\", // Qatar\n\t0x03D5: \"IR\", // Iran\n\t0xFFFF: \"US\" // United States\n};\n\n/* [MS-XLS] 2.5.127 */\nvar XLSFillPattern = [\n\tnull,\n\t'solid',\n\t'mediumGray',\n\t'darkGray',\n\t'lightGray',\n\t'darkHorizontal',\n\t'darkVertical',\n\t'darkDown',\n\t'darkUp',\n\t'darkGrid',\n\t'darkTrellis',\n\t'lightHorizontal',\n\t'lightVertical',\n\t'lightDown',\n\t'lightUp',\n\t'lightGrid',\n\t'lightTrellis',\n\t'gray125',\n\t'gray0625'\n];\n\nfunction rgbify(arr) { return arr.map(function(x) { return [(x>>16)&255,(x>>8)&255,x&255]; }); }\n\n/* [MS-XLS] 2.5.161 */\nvar XLSIcv = rgbify([\n\t/* Color Constants */\n\t0x000000,\n\t0xFFFFFF,\n\t0xFF0000,\n\t0x00FF00,\n\t0x0000FF,\n\t0xFFFF00,\n\t0xFF00FF,\n\t0x00FFFF,\n\n\t/* Defaults */\n\t0x000000,\n\t0xFFFFFF,\n\t0xFF0000,\n\t0x00FF00,\n\t0x0000FF,\n\t0xFFFF00,\n\t0xFF00FF,\n\t0x00FFFF,\n\n\t0x800000,\n\t0x008000,\n\t0x000080,\n\t0x808000,\n\t0x800080,\n\t0x008080,\n\t0xC0C0C0,\n\t0x808080,\n\t0x9999FF,\n\t0x993366,\n\t0xFFFFCC,\n\t0xCCFFFF,\n\t0x660066,\n\t0xFF8080,\n\t0x0066CC,\n\t0xCCCCFF,\n\n\t0x000080,\n\t0xFF00FF,\n\t0xFFFF00,\n\t0x00FFFF,\n\t0x800080,\n\t0x800000,\n\t0x008080,\n\t0x0000FF,\n\t0x00CCFF,\n\t0xCCFFFF,\n\t0xCCFFCC,\n\t0xFFFF99,\n\t0x99CCFF,\n\t0xFF99CC,\n\t0xCC99FF,\n\t0xFFCC99,\n\n\t0x3366FF,\n\t0x33CCCC,\n\t0x99CC00,\n\t0xFFCC00,\n\t0xFF9900,\n\t0xFF6600,\n\t0x666699,\n\t0x969696,\n\t0x003366,\n\t0x339966,\n\t0x003300,\n\t0x333300,\n\t0x993300,\n\t0x993366,\n\t0x333399,\n\t0x333333,\n\n\t/* Sheet */\n\t0xFFFFFF,\n\t0x000000\n]);\n\n/* Parts enumerated in OPC spec, MS-XLSB and MS-XLSX */\n/* 12.3 Part Summary <SpreadsheetML> */\n/* 14.2 Part Summary <DrawingML> */\n/* [MS-XLSX] 2.1 Part Enumerations */\n/* [MS-XLSB] 2.1.7 Part Enumeration */\nvar ct2type = {\n\t/* Workbook */\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.sheet.main+xml\": \"workbooks\",\n\n\t/* Worksheet */\n\t\"application/vnd.ms-excel.binIndexWs\": \"TODO\", /* Binary Index */\n\n\t/* Chartsheet */\n\t\"application/vnd.ms-excel.chartsheet\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.chartsheet+xml\": \"TODO\",\n\n\t/* Dialogsheet */\n\t\"application/vnd.ms-excel.dialogsheet\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.dialogsheet+xml\": \"TODO\",\n\n\t/* Macrosheet */\n\t\"application/vnd.ms-excel.macrosheet\": \"TODO\",\n\t\"application/vnd.ms-excel.macrosheet+xml\": \"TODO\",\n\t\"application/vnd.ms-excel.intlmacrosheet\": \"TODO\",\n\t\"application/vnd.ms-excel.binIndexMs\": \"TODO\", /* Binary Index */\n\n\t/* File Properties */\n\t\"application/vnd.openxmlformats-package.core-properties+xml\": \"coreprops\",\n\t\"application/vnd.openxmlformats-officedocument.custom-properties+xml\": \"custprops\",\n\t\"application/vnd.openxmlformats-officedocument.extended-properties+xml\": \"extprops\",\n\n\t/* Custom Data Properties */\n\t\"application/vnd.openxmlformats-officedocument.customXmlProperties+xml\": \"TODO\",\n\n\t/* Comments */\n\t\"application/vnd.ms-excel.comments\": \"comments\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.comments+xml\": \"comments\",\n\n\t/* PivotTable */\n\t\"application/vnd.ms-excel.pivotTable\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.pivotTable+xml\": \"TODO\",\n\n\t/* Calculation Chain */\n\t\"application/vnd.ms-excel.calcChain\": \"calcchains\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.calcChain+xml\": \"calcchains\",\n\n\t/* Printer Settings */\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.printerSettings\": \"TODO\",\n\n\t/* ActiveX */\n\t\"application/vnd.ms-office.activeX\": \"TODO\",\n\t\"application/vnd.ms-office.activeX+xml\": \"TODO\",\n\n\t/* Custom Toolbars */\n\t\"application/vnd.ms-excel.attachedToolbars\": \"TODO\",\n\n\t/* External Data Connections */\n\t\"application/vnd.ms-excel.connections\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.connections+xml\": \"TODO\",\n\n\t/* External Links */\n\t\"application/vnd.ms-excel.externalLink\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.externalLink+xml\": \"TODO\",\n\n\t/* Metadata */\n\t\"application/vnd.ms-excel.sheetMetadata\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.sheetMetadata+xml\": \"TODO\",\n\n\t/* PivotCache */\n\t\"application/vnd.ms-excel.pivotCacheDefinition\": \"TODO\",\n\t\"application/vnd.ms-excel.pivotCacheRecords\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.pivotCacheDefinition+xml\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.pivotCacheRecords+xml\": \"TODO\",\n\n\t/* Query Table */\n\t\"application/vnd.ms-excel.queryTable\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.queryTable+xml\": \"TODO\",\n\n\t/* Shared Workbook */\n\t\"application/vnd.ms-excel.userNames\": \"TODO\",\n\t\"application/vnd.ms-excel.revisionHeaders\": \"TODO\",\n\t\"application/vnd.ms-excel.revisionLog\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.revisionHeaders+xml\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.revisionLog+xml\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.userNames+xml\": \"TODO\",\n\n\t/* Single Cell Table */\n\t\"application/vnd.ms-excel.tableSingleCells\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.tableSingleCells+xml\": \"TODO\",\n\n\t/* Slicer */\n\t\"application/vnd.ms-excel.slicer\": \"TODO\",\n\t\"application/vnd.ms-excel.slicerCache\": \"TODO\",\n\t\"application/vnd.ms-excel.slicer+xml\": \"TODO\",\n\t\"application/vnd.ms-excel.slicerCache+xml\": \"TODO\",\n\n\t/* Sort Map */\n\t\"application/vnd.ms-excel.wsSortMap\": \"TODO\",\n\n\t/* Table */\n\t\"application/vnd.ms-excel.table\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.table+xml\": \"TODO\",\n\n\t/* Themes */\n\t\"application/vnd.openxmlformats-officedocument.theme+xml\": \"themes\",\n\n\t/* Timeline */\n\t\"application/vnd.ms-excel.Timeline+xml\": \"TODO\", /* verify */\n\t\"application/vnd.ms-excel.TimelineCache+xml\": \"TODO\", /* verify */\n\n\t/* VBA */\n\t\"application/vnd.ms-office.vbaProject\": \"vba\",\n\t\"application/vnd.ms-office.vbaProjectSignature\": \"vba\",\n\n\t/* Volatile Dependencies */\n\t\"application/vnd.ms-office.volatileDependencies\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.spreadsheetml.volatileDependencies+xml\": \"TODO\",\n\n\t/* Control Properties */\n\t\"application/vnd.ms-excel.controlproperties+xml\": \"TODO\",\n\n\t/* Data Model */\n\t\"application/vnd.openxmlformats-officedocument.model+data\": \"TODO\",\n\n\t/* Survey */\n\t\"application/vnd.ms-excel.Survey+xml\": \"TODO\",\n\n\t/* Drawing */\n\t\"application/vnd.openxmlformats-officedocument.drawing+xml\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.drawingml.chart+xml\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.drawingml.chartshapes+xml\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.drawingml.diagramColors+xml\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.drawingml.diagramData+xml\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.drawingml.diagramLayout+xml\": \"TODO\",\n\t\"application/vnd.openxmlformats-officedocument.drawingml.diagramStyle+xml\": \"TODO\",\n\n\t/* VML */\n\t\"application/vnd.openxmlformats-officedocument.vmlDrawing\": \"TODO\",\n\n\t\"application/vnd.openxmlformats-package.relationships+xml\": \"rels\",\n\t\"application/vnd.openxmlformats-officedocument.oleObject\": \"TODO\",\n\n\t\"sheet\": \"js\"\n};\n\nvar CT_LIST = (function(){\n\tvar o = {\n\t\tworkbooks: {\n\t\t\txlsx: \"application/vnd.openxmlformats-officedocument.spreadsheetml.sheet.main+xml\",\n\t\t\txlsm: \"application/vnd.ms-excel.sheet.macroEnabled.main+xml\",\n\t\t\txlsb: \"application/vnd.ms-excel.sheet.binary.macroEnabled.main\",\n\t\t\txltx: \"application/vnd.openxmlformats-officedocument.spreadsheetml.template.main+xml\"\n\t\t},\n\t\tstrs: { /* Shared Strings */\n\t\t\txlsx: \"application/vnd.openxmlformats-officedocument.spreadsheetml.sharedStrings+xml\",\n\t\t\txlsb: \"application/vnd.ms-excel.sharedStrings\"\n\t\t},\n\t\tsheets: {\n\t\t\txlsx: \"application/vnd.openxmlformats-officedocument.spreadsheetml.worksheet+xml\",\n\t\t\txlsb: \"application/vnd.ms-excel.worksheet\"\n\t\t},\n\t\tstyles: {/* Styles */\n\t\t\txlsx: \"application/vnd.openxmlformats-officedocument.spreadsheetml.styles+xml\",\n\t\t\txlsb: \"application/vnd.ms-excel.styles\"\n\t\t}\n\t};\n\tkeys(o).forEach(function(k) { if(!o[k].xlsm) o[k].xlsm = o[k].xlsx; });\n\tkeys(o).forEach(function(k){ keys(o[k]).forEach(function(v) { ct2type[o[k][v]] = k; }); });\n\treturn o;\n})();\n\nvar type2ct = evert_arr(ct2type);\n\nXMLNS.CT = 'http://schemas.openxmlformats.org/package/2006/content-types';\n\nfunction parse_ct(data, opts) {\n\tvar ctext = {};\n\tif(!data || !data.match) return data;\n\tvar ct = { workbooks: [], sheets: [], calcchains: [], themes: [], styles: [],\n\t\tcoreprops: [], extprops: [], custprops: [], strs:[], comments: [], vba: [],\n\t\tTODO:[], rels:[], xmlns: \"\" };\n\t(data.match(tagregex)||[]).forEach(function(x) {\n\t\tvar y = parsexmltag(x);\n\t\tswitch(y[0].replace(nsregex,\"<\")) {\n\t\t\tcase '<?xml': break;\n\t\t\tcase '<Types': ct.xmlns = y['xmlns' + (y[0].match(/<(\\w+):/)||[\"\",\"\"])[1] ]; break;\n\t\t\tcase '<Default': ctext[y.Extension] = y.ContentType; break;\n\t\t\tcase '<Override':\n\t\t\t\tif(ct[ct2type[y.ContentType]] !== undefined) ct[ct2type[y.ContentType]].push(y.PartName);\n\t\t\t\telse if(opts.WTF) console.error(y);\n\t\t\t\tbreak;\n\t\t}\n\t});\n\tif(ct.xmlns !== XMLNS.CT) throw new Error(\"Unknown Namespace: \" + ct.xmlns);\n\tct.calcchain = ct.calcchains.length > 0 ? ct.calcchains[0] : \"\";\n\tct.sst = ct.strs.length > 0 ? ct.strs[0] : \"\";\n\tct.style = ct.styles.length > 0 ? ct.styles[0] : \"\";\n\tct.defaults = ctext;\n\tdelete ct.calcchains;\n\treturn ct;\n}\n\nvar CTYPE_XML_ROOT = writextag('Types', null, {\n\t'xmlns': XMLNS.CT,\n\t'xmlns:xsd': XMLNS.xsd,\n\t'xmlns:xsi': XMLNS.xsi\n});\n\nvar CTYPE_DEFAULTS = [\n\t['xml', 'application/xml'],\n\t['bin', 'application/vnd.ms-excel.sheet.binary.macroEnabled.main'],\n\t['rels', type2ct.rels[0]]\n].map(function(x) {\n\treturn writextag('Default', null, {'Extension':x[0], 'ContentType': x[1]});\n});\n\nfunction write_ct(ct, opts) {\n\tvar o = [], v;\n\to[o.length] = (XML_HEADER);\n\to[o.length] = (CTYPE_XML_ROOT);\n\to = o.concat(CTYPE_DEFAULTS);\n\tvar f1 = function(w) {\n\t\tif(ct[w] && ct[w].length > 0) {\n\t\t\tv = ct[w][0];\n\t\t\to[o.length] = (writextag('Override', null, {\n\t\t\t\t'PartName': (v[0] == '/' ? \"\":\"/\") + v,\n\t\t\t\t'ContentType': CT_LIST[w][opts.bookType || 'xlsx']\n\t\t\t}));\n\t\t}\n\t};\n\tvar f2 = function(w) {\n\t\tct[w].forEach(function(v) {\n\t\t\to[o.length] = (writextag('Override', null, {\n\t\t\t\t'PartName': (v[0] == '/' ? \"\":\"/\") + v,\n\t\t\t\t'ContentType': CT_LIST[w][opts.bookType || 'xlsx']\n\t\t\t}));\n\t\t});\n\t};\n\tvar f3 = function(t) {\n\t\t(ct[t]||[]).forEach(function(v) {\n\t\t\to[o.length] = (writextag('Override', null, {\n\t\t\t\t'PartName': (v[0] == '/' ? \"\":\"/\") + v,\n\t\t\t\t'ContentType': type2ct[t][0]\n\t\t\t}));\n\t\t});\n\t};\n\tf1('workbooks');\n\tf2('sheets');\n\tf3('themes');\n\t['strs', 'styles'].forEach(f1);\n\t['coreprops', 'extprops', 'custprops'].forEach(f3);\n\tif(o.length>2){ o[o.length] = ('</Types>'); o[1]=o[1].replace(\"/>\",\">\"); }\n\treturn o.join(\"\");\n}\n/* 9.3.2 OPC Relationships Markup */\nvar RELS = {\n\tWB: \"http://schemas.openxmlformats.org/officeDocument/2006/relationships/officeDocument\",\n\tSHEET: \"http://sheetjs.openxmlformats.org/officeDocument/2006/relationships/officeDocument\"\n};\n\nfunction parse_rels(data, currentFilePath) {\n\tif (!data) return data;\n\tif (currentFilePath.charAt(0) !== '/') {\n\t\tcurrentFilePath = '/'+currentFilePath;\n\t}\n\tvar rels = {};\n\tvar hash = {};\n\tvar resolveRelativePathIntoAbsolute = function (to) {\n\t\tvar toksFrom = currentFilePath.split('/');\n\t\ttoksFrom.pop(); // folder path\n\t\tvar toksTo = to.split('/');\n\t\tvar reversed = [];\n\t\twhile (toksTo.length !== 0) {\n\t\t\tvar tokTo = toksTo.shift();\n\t\t\tif (tokTo === '..') {\n\t\t\t\ttoksFrom.pop();\n\t\t\t} else if (tokTo !== '.') {\n\t\t\t\ttoksFrom.push(tokTo);\n\t\t\t}\n\t\t}\n\t\treturn toksFrom.join('/');\n\t};\n\n\tdata.match(tagregex).forEach(function(x) {\n\t\tvar y = parsexmltag(x);\n\t\t/* 9.3.2.2 OPC_Relationships */\n\t\tif (y[0] === '<Relationship') {\n\t\t\tvar rel = {}; rel.Type = y.Type; rel.Target = y.Target; rel.Id = y.Id; rel.TargetMode = y.TargetMode;\n\t\t\tvar canonictarget = y.TargetMode === 'External' ? y.Target : resolveRelativePathIntoAbsolute(y.Target);\n\t\t\trels[canonictarget] = rel;\n\t\t\thash[y.Id] = rel;\n\t\t}\n\t});\n\trels[\"!id\"] = hash;\n\treturn rels;\n}\n\nXMLNS.RELS = 'http://schemas.openxmlformats.org/package/2006/relationships';\n\nvar RELS_ROOT = writextag('Relationships', null, {\n\t//'xmlns:ns0': XMLNS.RELS,\n\t'xmlns': XMLNS.RELS\n});\n\n/* TODO */\nfunction write_rels(rels) {\n\tvar o = [];\n\to[o.length] = (XML_HEADER);\n\to[o.length] = (RELS_ROOT);\n\tkeys(rels['!id']).forEach(function(rid) { var rel = rels['!id'][rid];\n\t\to[o.length] = (writextag('Relationship', null, rel));\n\t});\n\tif(o.length>2){ o[o.length] = ('</Relationships>'); o[1]=o[1].replace(\"/>\",\">\"); }\n\treturn o.join(\"\");\n}\n/* ECMA-376 Part II 11.1 Core Properties Part */\n/* [MS-OSHARED] 2.3.3.2.[1-2].1 (PIDSI/PIDDSI) */\nvar CORE_PROPS = [\n\t[\"cp:category\", \"Category\"],\n\t[\"cp:contentStatus\", \"ContentStatus\"],\n\t[\"cp:keywords\", \"Keywords\"],\n\t[\"cp:lastModifiedBy\", \"LastAuthor\"],\n\t[\"cp:lastPrinted\", \"LastPrinted\"],\n\t[\"cp:revision\", \"RevNumber\"],\n\t[\"cp:version\", \"Version\"],\n\t[\"dc:creator\", \"Author\"],\n\t[\"dc:description\", \"Comments\"],\n\t[\"dc:identifier\", \"Identifier\"],\n\t[\"dc:language\", \"Language\"],\n\t[\"dc:subject\", \"Subject\"],\n\t[\"dc:title\", \"Title\"],\n\t[\"dcterms:created\", \"CreatedDate\", 'date'],\n\t[\"dcterms:modified\", \"ModifiedDate\", 'date']\n];\n\nXMLNS.CORE_PROPS = \"http://schemas.openxmlformats.org/package/2006/metadata/core-properties\";\nRELS.CORE_PROPS = 'http://schemas.openxmlformats.org/package/2006/relationships/metadata/core-properties';\n\nvar CORE_PROPS_REGEX = (function() {\n\tvar r = new Array(CORE_PROPS.length);\n\tfor(var i = 0; i < CORE_PROPS.length; ++i) {\n\t\tvar f = CORE_PROPS[i];\n\t\tvar g = \"(?:\"+ f[0].substr(0,f[0].indexOf(\":\")) +\":)\"+ f[0].substr(f[0].indexOf(\":\")+1);\n\t\tr[i] = new RegExp(\"<\" + g + \"[^>]*>(.*)<\\/\" + g + \">\");\n\t}\n\treturn r;\n})();\n\nfunction parse_core_props(data) {\n\tvar p = {};\n\n\tfor(var i = 0; i < CORE_PROPS.length; ++i) {\n\t\tvar f = CORE_PROPS[i], cur = data.match(CORE_PROPS_REGEX[i]);\n\t\tif(cur != null && cur.length > 0) p[f[1]] = cur[1];\n\t\tif(f[2] === 'date' && p[f[1]]) p[f[1]] = new Date(p[f[1]]);\n\t}\n\n\treturn p;\n}\n\nvar CORE_PROPS_XML_ROOT = writextag('cp:coreProperties', null, {\n\t//'xmlns': XMLNS.CORE_PROPS,\n\t'xmlns:cp': XMLNS.CORE_PROPS,\n\t'xmlns:dc': XMLNS.dc,\n\t'xmlns:dcterms': XMLNS.dcterms,\n\t'xmlns:dcmitype': XMLNS.dcmitype,\n\t'xmlns:xsi': XMLNS.xsi\n});\n\nfunction cp_doit(f, g, h, o, p) {\n\tif(p[f] != null || g == null || g === \"\") return;\n\tp[f] = g;\n\to[o.length] = (h ? writextag(f,g,h) : writetag(f,g));\n}\n\nfunction write_core_props(cp, opts) {\n\tvar o = [XML_HEADER, CORE_PROPS_XML_ROOT], p = {};\n\tif(!cp) return o.join(\"\");\n\n\n\tif(cp.CreatedDate != null) cp_doit(\"dcterms:created\", typeof cp.CreatedDate === \"string\" ? cp.CreatedDate : write_w3cdtf(cp.CreatedDate, opts.WTF), {\"xsi:type\":\"dcterms:W3CDTF\"}, o, p);\n\tif(cp.ModifiedDate != null) cp_doit(\"dcterms:modified\", typeof cp.ModifiedDate === \"string\" ? cp.ModifiedDate : write_w3cdtf(cp.ModifiedDate, opts.WTF), {\"xsi:type\":\"dcterms:W3CDTF\"}, o, p);\n\n\tfor(var i = 0; i != CORE_PROPS.length; ++i) { var f = CORE_PROPS[i]; cp_doit(f[0], cp[f[1]], null, o, p); }\n\tif(o.length>2){ o[o.length] = ('</cp:coreProperties>'); o[1]=o[1].replace(\"/>\",\">\"); }\n\treturn o.join(\"\");\n}\n/* 15.2.12.3 Extended File Properties Part */\n/* [MS-OSHARED] 2.3.3.2.[1-2].1 (PIDSI/PIDDSI) */\nvar EXT_PROPS = [\n\t[\"Application\", \"Application\", \"string\"],\n\t[\"AppVersion\", \"AppVersion\", \"string\"],\n\t[\"Company\", \"Company\", \"string\"],\n\t[\"DocSecurity\", \"DocSecurity\", \"string\"],\n\t[\"Manager\", \"Manager\", \"string\"],\n\t[\"HyperlinksChanged\", \"HyperlinksChanged\", \"bool\"],\n\t[\"SharedDoc\", \"SharedDoc\", \"bool\"],\n\t[\"LinksUpToDate\", \"LinksUpToDate\", \"bool\"],\n\t[\"ScaleCrop\", \"ScaleCrop\", \"bool\"],\n\t[\"HeadingPairs\", \"HeadingPairs\", \"raw\"],\n\t[\"TitlesOfParts\", \"TitlesOfParts\", \"raw\"]\n];\n\nXMLNS.EXT_PROPS = \"http://schemas.openxmlformats.org/officeDocument/2006/extended-properties\";\nRELS.EXT_PROPS = 'http://schemas.openxmlformats.org/officeDocument/2006/relationships/extended-properties';\n\nfunction parse_ext_props(data, p) {\n\tvar q = {}; if(!p) p = {};\n\n\tEXT_PROPS.forEach(function(f) {\n\t\tswitch(f[2]) {\n\t\t\tcase \"string\": p[f[1]] = (data.match(matchtag(f[0]))||[])[1]; break;\n\t\t\tcase \"bool\": p[f[1]] = (data.match(matchtag(f[0]))||[])[1] === \"true\"; break;\n\t\t\tcase \"raw\":\n\t\t\t\tvar cur = data.match(new RegExp(\"<\" + f[0] + \"[^>]*>(.*)<\\/\" + f[0] + \">\"));\n\t\t\t\tif(cur && cur.length > 0) q[f[1]] = cur[1];\n\t\t\t\tbreak;\n\t\t}\n\t});\n\n\tif(q.HeadingPairs && q.TitlesOfParts) {\n\t\tvar v = parseVector(q.HeadingPairs);\n\t\tvar j = 0, widx = 0;\n\t\tfor(var i = 0; i !== v.length; ++i) {\n\t\t\tswitch(v[i].v) {\n\t\t\t\tcase \"Worksheets\": widx = j; p.Worksheets = +(v[++i].v); break;\n\t\t\t\tcase \"Named Ranges\": ++i; break; // TODO: Handle Named Ranges\n\t\t\t}\n\t\t}\n\t\tvar parts = parseVector(q.TitlesOfParts).map(function(x) { return utf8read(x.v); });\n\t\tp.SheetNames = parts.slice(widx, widx + p.Worksheets);\n\t}\n\treturn p;\n}\n\nvar EXT_PROPS_XML_ROOT = writextag('Properties', null, {\n\t'xmlns': XMLNS.EXT_PROPS,\n\t'xmlns:vt': XMLNS.vt\n});\n\nfunction write_ext_props(cp, opts) {\n\tvar o = [], p = {}, W = writextag;\n\tif(!cp) cp = {};\n\tcp.Application = \"SheetJS\";\n\to[o.length] = (XML_HEADER);\n\to[o.length] = (EXT_PROPS_XML_ROOT);\n\n\tEXT_PROPS.forEach(function(f) {\n\t\tif(cp[f[1]] === undefined) return;\n\t\tvar v;\n\t\tswitch(f[2]) {\n\t\t\tcase 'string': v = cp[f[1]]; break;\n\t\t\tcase 'bool': v = cp[f[1]] ? 'true' : 'false'; break;\n\t\t}\n\t\tif(v !== undefined) o[o.length] = (W(f[0], v));\n\t});\n\n\t/* TODO: HeadingPairs, TitlesOfParts */\n\to[o.length] = (W('HeadingPairs', W('vt:vector', W('vt:variant', '<vt:lpstr>Worksheets</vt:lpstr>')+W('vt:variant', W('vt:i4', String(cp.Worksheets))), {size:2, baseType:\"variant\"})));\n\to[o.length] = (W('TitlesOfParts', W('vt:vector', cp.SheetNames.map(function(s) { return \"<vt:lpstr>\" + s + \"</vt:lpstr>\"; }).join(\"\"), {size: cp.Worksheets, baseType:\"lpstr\"})));\n\tif(o.length>2){ o[o.length] = ('</Properties>'); o[1]=o[1].replace(\"/>\",\">\"); }\n\treturn o.join(\"\");\n}\n/* 15.2.12.2 Custom File Properties Part */\nXMLNS.CUST_PROPS = \"http://schemas.openxmlformats.org/officeDocument/2006/custom-properties\";\nRELS.CUST_PROPS = 'http://schemas.openxmlformats.org/officeDocument/2006/relationships/custom-properties';\n\nvar custregex = /<[^>]+>[^<]*/g;\nfunction parse_cust_props(data, opts) {\n\tvar p = {}, name;\n\tvar m = data.match(custregex);\n\tif(m) for(var i = 0; i != m.length; ++i) {\n\t\tvar x = m[i], y = parsexmltag(x);\n\t\tswitch(y[0]) {\n\t\t\tcase '<?xml': break;\n\t\t\tcase '<Properties':\n\t\t\t\tif(y.xmlns !== XMLNS.CUST_PROPS) throw \"unrecognized xmlns \" + y.xmlns;\n\t\t\t\tif(y.xmlnsvt && y.xmlnsvt !== XMLNS.vt) throw \"unrecognized vt \" + y.xmlnsvt;\n\t\t\t\tbreak;\n\t\t\tcase '<property': name = y.name; break;\n\t\t\tcase '</property>': name = null; break;\n\t\t\tdefault: if (x.indexOf('<vt:') === 0) {\n\t\t\t\tvar toks = x.split('>');\n\t\t\t\tvar type = toks[0].substring(4), text = toks[1];\n\t\t\t\t/* 22.4.2.32 (CT_Variant). Omit the binary types from 22.4 (Variant Types) */\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase 'lpstr': case 'lpwstr': case 'bstr': case 'lpwstr':\n\t\t\t\t\t\tp[name] = unescapexml(text);\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase 'bool':\n\t\t\t\t\t\tp[name] = parsexmlbool(text, '<vt:bool>');\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase 'i1': case 'i2': case 'i4': case 'i8': case 'int': case 'uint':\n\t\t\t\t\t\tp[name] = parseInt(text, 10);\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase 'r4': case 'r8': case 'decimal':\n\t\t\t\t\t\tp[name] = parseFloat(text);\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase 'filetime': case 'date':\n\t\t\t\t\t\tp[name] = new Date(text);\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase 'cy': case 'error':\n\t\t\t\t\t\tp[name] = unescapexml(text);\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tif(typeof console !== 'undefined') console.warn('Unexpected', x, type, toks);\n\t\t\t\t}\n\t\t\t} else if(x.substr(0,2) === \"</\") {\n\t\t\t} else if(opts.WTF) throw new Error(x);\n\t\t}\n\t}\n\treturn p;\n}\n\nvar CUST_PROPS_XML_ROOT = writextag('Properties', null, {\n\t'xmlns': XMLNS.CUST_PROPS,\n\t'xmlns:vt': XMLNS.vt\n});\n\nfunction write_cust_props(cp, opts) {\n\tvar o = [XML_HEADER, CUST_PROPS_XML_ROOT];\n\tif(!cp) return o.join(\"\");\n\tvar pid = 1;\n\tkeys(cp).forEach(function custprop(k) { ++pid;\n\t\to[o.length] = (writextag('property', write_vt(cp[k]), {\n\t\t\t'fmtid': '{D5CDD505-2E9C-101B-9397-08002B2CF9AE}',\n\t\t\t'pid': pid,\n\t\t\t'name': k\n\t\t}));\n\t});\n\tif(o.length>2){ o[o.length] = '</Properties>'; o[1]=o[1].replace(\"/>\",\">\"); }\n\treturn o.join(\"\");\n}\nfunction xlml_set_prop(Props, tag, val) {\n\t/* TODO: Normalize the properties */\n\tswitch(tag) {\n\t\tcase 'Description': tag = 'Comments'; break;\n\t}\n\tProps[tag] = val;\n}\n\n/* [MS-DTYP] 2.3.3 FILETIME */\n/* [MS-OLEDS] 2.1.3 FILETIME (Packet Version) */\n/* [MS-OLEPS] 2.8 FILETIME (Packet Version) */\nfunction parse_FILETIME(blob) {\n\tvar dwLowDateTime = blob.read_shift(4), dwHighDateTime = blob.read_shift(4);\n\treturn new Date(((dwHighDateTime/1e7*Math.pow(2,32) + dwLowDateTime/1e7) - 11644473600)*1000).toISOString().replace(/\\.000/,\"\");\n}\n\n/* [MS-OSHARED] 2.3.3.1.4 Lpstr */\nfunction parse_lpstr(blob, type, pad) {\n\tvar str = blob.read_shift(0, 'lpstr');\n\tif(pad) blob.l += (4 - ((str.length+1) & 3)) & 3;\n\treturn str;\n}\n\n/* [MS-OSHARED] 2.3.3.1.6 Lpwstr */\nfunction parse_lpwstr(blob, type, pad) {\n\tvar str = blob.read_shift(0, 'lpwstr');\n\tif(pad) blob.l += (4 - ((str.length+1) & 3)) & 3;\n\treturn str;\n}\n\n\n/* [MS-OSHARED] 2.3.3.1.11 VtString */\n/* [MS-OSHARED] 2.3.3.1.12 VtUnalignedString */\nfunction parse_VtStringBase(blob, stringType, pad) {\n\tif(stringType === 0x1F /*VT_LPWSTR*/) return parse_lpwstr(blob);\n\treturn parse_lpstr(blob, stringType, pad);\n}\n\nfunction parse_VtString(blob, t, pad) { return parse_VtStringBase(blob, t, pad === false ? 0: 4); }\nfunction parse_VtUnalignedString(blob, t) { if(!t) throw new Error(\"dafuq?\"); return parse_VtStringBase(blob, t, 0); }\n\n/* [MS-OSHARED] 2.3.3.1.9 VtVecUnalignedLpstrValue */\nfunction parse_VtVecUnalignedLpstrValue(blob) {\n\tvar length = blob.read_shift(4);\n\tvar ret = [];\n\tfor(var i = 0; i != length; ++i) ret[i] = blob.read_shift(0, 'lpstr');\n\treturn ret;\n}\n\n/* [MS-OSHARED] 2.3.3.1.10 VtVecUnalignedLpstr */\nfunction parse_VtVecUnalignedLpstr(blob) {\n\treturn parse_VtVecUnalignedLpstrValue(blob);\n}\n\n/* [MS-OSHARED] 2.3.3.1.13 VtHeadingPair */\nfunction parse_VtHeadingPair(blob) {\n\tvar headingString = parse_TypedPropertyValue(blob, VT_USTR);\n\tvar headerParts = parse_TypedPropertyValue(blob, VT_I4);\n\treturn [headingString, headerParts];\n}\n\n/* [MS-OSHARED] 2.3.3.1.14 VtVecHeadingPairValue */\nfunction parse_VtVecHeadingPairValue(blob) {\n\tvar cElements = blob.read_shift(4);\n\tvar out = [];\n\tfor(var i = 0; i != cElements / 2; ++i) out.push(parse_VtHeadingPair(blob));\n\treturn out;\n}\n\n/* [MS-OSHARED] 2.3.3.1.15 VtVecHeadingPair */\nfunction parse_VtVecHeadingPair(blob) {\n\t// NOTE: When invoked, wType & padding were already consumed\n\treturn parse_VtVecHeadingPairValue(blob);\n}\n\n/* [MS-OLEPS] 2.18.1 Dictionary (uses 2.17, 2.16) */\nfunction parse_dictionary(blob,CodePage) {\n\tvar cnt = blob.read_shift(4);\n\tvar dict = {};\n\tfor(var j = 0; j != cnt; ++j) {\n\t\tvar pid = blob.read_shift(4);\n\t\tvar len = blob.read_shift(4);\n\t\tdict[pid] = blob.read_shift(len, (CodePage === 0x4B0 ?'utf16le':'utf8')).replace(chr0,'').replace(chr1,'!');\n\t}\n\tif(blob.l & 3) blob.l = (blob.l>>2+1)<<2;\n\treturn dict;\n}\n\n/* [MS-OLEPS] 2.9 BLOB */\nfunction parse_BLOB(blob) {\n\tvar size = blob.read_shift(4);\n\tvar bytes = blob.slice(blob.l,blob.l+size);\n\tif(size & 3 > 0) blob.l += (4 - (size & 3)) & 3;\n\treturn bytes;\n}\n\n/* [MS-OLEPS] 2.11 ClipboardData */\nfunction parse_ClipboardData(blob) {\n\t// TODO\n\tvar o = {};\n\to.Size = blob.read_shift(4);\n\t//o.Format = blob.read_shift(4);\n\tblob.l += o.Size;\n\treturn o;\n}\n\n/* [MS-OLEPS] 2.14 Vector and Array Property Types */\nfunction parse_VtVector(blob, cb) {\n\t/* [MS-OLEPS] 2.14.2 VectorHeader */\n/*\tvar Length = blob.read_shift(4);\n\tvar o = [];\n\tfor(var i = 0; i != Length; ++i) {\n\t\to.push(cb(blob));\n\t}\n\treturn o;*/\n}\n\n/* [MS-OLEPS] 2.15 TypedPropertyValue */\nfunction parse_TypedPropertyValue(blob, type, _opts) {\n\tvar t = blob.read_shift(2), ret, opts = _opts||{};\n\tblob.l += 2;\n\tif(type !== VT_VARIANT)\n\tif(t !== type && VT_CUSTOM.indexOf(type)===-1) throw new Error('Expected type ' + type + ' saw ' + t);\n\tswitch(type === VT_VARIANT ? t : type) {\n\t\tcase 0x02 /*VT_I2*/: ret = blob.read_shift(2, 'i'); if(!opts.raw) blob.l += 2; return ret;\n\t\tcase 0x03 /*VT_I4*/: ret = blob.read_shift(4, 'i'); return ret;\n\t\tcase 0x0B /*VT_BOOL*/: return blob.read_shift(4) !== 0x0;\n\t\tcase 0x13 /*VT_UI4*/: ret = blob.read_shift(4); return ret;\n\t\tcase 0x1E /*VT_LPSTR*/: return parse_lpstr(blob, t, 4).replace(chr0,'');\n\t\tcase 0x1F /*VT_LPWSTR*/: return parse_lpwstr(blob);\n\t\tcase 0x40 /*VT_FILETIME*/: return parse_FILETIME(blob);\n\t\tcase 0x41 /*VT_BLOB*/: return parse_BLOB(blob);\n\t\tcase 0x47 /*VT_CF*/: return parse_ClipboardData(blob);\n\t\tcase 0x50 /*VT_STRING*/: return parse_VtString(blob, t, !opts.raw && 4).replace(chr0,'');\n\t\tcase 0x51 /*VT_USTR*/: return parse_VtUnalignedString(blob, t, 4).replace(chr0,'');\n\t\tcase 0x100C /*VT_VECTOR|VT_VARIANT*/: return parse_VtVecHeadingPair(blob);\n\t\tcase 0x101E /*VT_LPSTR*/: return parse_VtVecUnalignedLpstr(blob);\n\t\tdefault: throw new Error(\"TypedPropertyValue unrecognized type \" + type + \" \" + t);\n\t}\n}\n/* [MS-OLEPS] 2.14.2 VectorHeader */\n/*function parse_VTVectorVariant(blob) {\n\tvar Length = blob.read_shift(4);\n\n\tif(Length & 1 !== 0) throw new Error(\"VectorHeader Length=\" + Length + \" must be even\");\n\tvar o = [];\n\tfor(var i = 0; i != Length; ++i) {\n\t\to.push(parse_TypedPropertyValue(blob, VT_VARIANT));\n\t}\n\treturn o;\n}*/\n\n/* [MS-OLEPS] 2.20 PropertySet */\nfunction parse_PropertySet(blob, PIDSI) {\n\tvar start_addr = blob.l;\n\tvar size = blob.read_shift(4);\n\tvar NumProps = blob.read_shift(4);\n\tvar Props = [], i = 0;\n\tvar CodePage = 0;\n\tvar Dictionary = -1, DictObj;\n\tfor(i = 0; i != NumProps; ++i) {\n\t\tvar PropID = blob.read_shift(4);\n\t\tvar Offset = blob.read_shift(4);\n\t\tProps[i] = [PropID, Offset + start_addr];\n\t}\n\tvar PropH = {};\n\tfor(i = 0; i != NumProps; ++i) {\n\t\tif(blob.l !== Props[i][1]) {\n\t\t\tvar fail = true;\n\t\t\tif(i>0 && PIDSI) switch(PIDSI[Props[i-1][0]].t) {\n\t\t\t\tcase 0x02 /*VT_I2*/: if(blob.l +2 === Props[i][1]) { blob.l+=2; fail = false; } break;\n\t\t\t\tcase 0x50 /*VT_STRING*/: if(blob.l <= Props[i][1]) { blob.l=Props[i][1]; fail = false; } break;\n\t\t\t\tcase 0x100C /*VT_VECTOR|VT_VARIANT*/: if(blob.l <= Props[i][1]) { blob.l=Props[i][1]; fail = false; } break;\n\t\t\t}\n\t\t\tif(!PIDSI && blob.l <= Props[i][1]) { fail=false; blob.l = Props[i][1]; }\n\t\t\tif(fail) throw new Error(\"Read Error: Expected address \" + Props[i][1] + ' at ' + blob.l + ' :' + i);\n\t\t}\n\t\tif(PIDSI) {\n\t\t\tvar piddsi = PIDSI[Props[i][0]];\n\t\t\tPropH[piddsi.n] = parse_TypedPropertyValue(blob, piddsi.t, {raw:true});\n\t\t\tif(piddsi.p === 'version') PropH[piddsi.n] = String(PropH[piddsi.n] >> 16) + \".\" + String(PropH[piddsi.n] & 0xFFFF);\n\t\t\tif(piddsi.n == \"CodePage\") switch(PropH[piddsi.n]) {\n\t\t\t\tcase 0: PropH[piddsi.n] = 1252;\n\t\t\t\t\t/* falls through */\n\t\t\t\tcase 10000: // OSX Roman\n\t\t\t\tcase 1252: // Windows Latin\n\n\t\t\t\tcase 874: // SB Windows Thai\n\t\t\t\tcase 1250: // SB Windows Central Europe\n\t\t\t\tcase 1251: // SB Windows Cyrillic\n\t\t\t\tcase 1253: // SB Windows Greek\n\t\t\t\tcase 1254: // SB Windows Turkish\n\t\t\t\tcase 1255: // SB Windows Hebrew\n\t\t\t\tcase 1256: // SB Windows Arabic\n\t\t\t\tcase 1257: // SB Windows Baltic\n\t\t\t\tcase 1258: // SB Windows Vietnam\n\n\t\t\t\tcase 932: // DB Windows Japanese Shift-JIS\n\t\t\t\tcase 936: // DB Windows Simplified Chinese GBK\n\t\t\t\tcase 949: // DB Windows Korean\n\t\t\t\tcase 950: // DB Windows Traditional Chinese Big5\n\n\t\t\t\tcase 1200: // UTF16LE\n\t\t\t\tcase 1201: // UTF16BE\n\t\t\t\tcase 65000: case -536: // UTF-7\n\t\t\t\tcase 65001: case -535: // UTF-8\n\t\t\t\t\tset_cp(CodePage = PropH[piddsi.n]); break;\n\t\t\t\tdefault: throw new Error(\"Unsupported CodePage: \" + PropH[piddsi.n]);\n\t\t\t}\n\t\t} else {\n\t\t\tif(Props[i][0] === 0x1) {\n\t\t\t\tCodePage = PropH.CodePage = parse_TypedPropertyValue(blob, VT_I2);\n\t\t\t\tset_cp(CodePage);\n\t\t\t\tif(Dictionary !== -1) {\n\t\t\t\t\tvar oldpos = blob.l;\n\t\t\t\t\tblob.l = Props[Dictionary][1];\n\t\t\t\t\tDictObj = parse_dictionary(blob,CodePage);\n\t\t\t\t\tblob.l = oldpos;\n\t\t\t\t}\n\t\t\t} else if(Props[i][0] === 0) {\n\t\t\t\tif(CodePage === 0) { Dictionary = i; blob.l = Props[i+1][1]; continue; }\n\t\t\t\tDictObj = parse_dictionary(blob,CodePage);\n\t\t\t} else {\n\t\t\t\tvar name = DictObj[Props[i][0]];\n\t\t\t\tvar val;\n\t\t\t\t/* [MS-OSHARED] 2.3.3.2.3.1.2 + PROPVARIANT */\n\t\t\t\tswitch(blob[blob.l]) {\n\t\t\t\t\tcase 0x41 /*VT_BLOB*/: blob.l += 4; val = parse_BLOB(blob); break;\n\t\t\t\t\tcase 0x1E /*VT_LPSTR*/: blob.l += 4; val = parse_VtString(blob, blob[blob.l-4]); break;\n\t\t\t\t\tcase 0x1F /*VT_LPWSTR*/: blob.l += 4; val = parse_VtString(blob, blob[blob.l-4]); break;\n\t\t\t\t\tcase 0x03 /*VT_I4*/: blob.l += 4; val = blob.read_shift(4, 'i'); break;\n\t\t\t\t\tcase 0x13 /*VT_UI4*/: blob.l += 4; val = blob.read_shift(4); break;\n\t\t\t\t\tcase 0x05 /*VT_R8*/: blob.l += 4; val = blob.read_shift(8, 'f'); break;\n\t\t\t\t\tcase 0x0B /*VT_BOOL*/: blob.l += 4; val = parsebool(blob, 4); break;\n\t\t\t\t\tcase 0x40 /*VT_FILETIME*/: blob.l += 4; val = new Date(parse_FILETIME(blob)); break;\n\t\t\t\t\tdefault: throw new Error(\"unparsed value: \" + blob[blob.l]);\n\t\t\t\t}\n\t\t\t\tPropH[name] = val;\n\t\t\t}\n\t\t}\n\t}\n\tblob.l = start_addr + size; /* step ahead to skip padding */\n\treturn PropH;\n}\n\n/* [MS-OLEPS] 2.21 PropertySetStream */\nfunction parse_PropertySetStream(file, PIDSI) {\n\tvar blob = file.content;\n\tprep_blob(blob, 0);\n\n\tvar NumSets, FMTID0, FMTID1, Offset0, Offset1;\n\tblob.chk('feff', 'Byte Order: ');\n\n\tvar vers = blob.read_shift(2); // TODO: check version\n\tvar SystemIdentifier = blob.read_shift(4);\n\tblob.chk(CFB.utils.consts.HEADER_CLSID, 'CLSID: ');\n\tNumSets = blob.read_shift(4);\n\tif(NumSets !== 1 && NumSets !== 2) throw \"Unrecognized #Sets: \" + NumSets;\n\tFMTID0 = blob.read_shift(16); Offset0 = blob.read_shift(4);\n\n\tif(NumSets === 1 && Offset0 !== blob.l) throw \"Length mismatch\";\n\telse if(NumSets === 2) { FMTID1 = blob.read_shift(16); Offset1 = blob.read_shift(4); }\n\tvar PSet0 = parse_PropertySet(blob, PIDSI);\n\n\tvar rval = { SystemIdentifier: SystemIdentifier };\n\tfor(var y in PSet0) rval[y] = PSet0[y];\n\t//rval.blob = blob;\n\trval.FMTID = FMTID0;\n\t//rval.PSet0 = PSet0;\n\tif(NumSets === 1) return rval;\n\tif(blob.l !== Offset1) throw \"Length mismatch 2: \" + blob.l + \" !== \" + Offset1;\n\tvar PSet1;\n\ttry { PSet1 = parse_PropertySet(blob, null); } catch(e) { }\n\tfor(y in PSet1) rval[y] = PSet1[y];\n\trval.FMTID = [FMTID0, FMTID1]; // TODO: verify FMTID0/1\n\treturn rval;\n}\n\n\nfunction parsenoop2(blob, length) { blob.read_shift(length); return null; }\n\nfunction parslurp(blob, length, cb) {\n\tvar arr = [], target = blob.l + length;\n\twhile(blob.l < target) arr.push(cb(blob, target - blob.l));\n\tif(target !== blob.l) throw new Error(\"Slurp error\");\n\treturn arr;\n}\n\nfunction parslurp2(blob, length, cb) {\n\tvar arr = [], target = blob.l + length, len = blob.read_shift(2);\n\twhile(len-- !== 0) arr.push(cb(blob, target - blob.l));\n\tif(target !== blob.l) throw new Error(\"Slurp error\");\n\treturn arr;\n}\n\nfunction parsebool(blob, length) { return blob.read_shift(length) === 0x1; }\n\nfunction parseuint16(blob) { return blob.read_shift(2, 'u'); }\nfunction parseuint16a(blob, length) { return parslurp(blob,length,parseuint16);}\n\n/* --- 2.5 Structures --- */\n\n/* [MS-XLS] 2.5.14 Boolean */\nvar parse_Boolean = parsebool;\n\n/* [MS-XLS] 2.5.10 Bes (boolean or error) */\nfunction parse_Bes(blob) {\n\tvar v = blob.read_shift(1), t = blob.read_shift(1);\n\treturn t === 0x01 ? v : v === 0x01;\n}\n\n/* [MS-XLS] 2.5.240 ShortXLUnicodeString */\nfunction parse_ShortXLUnicodeString(blob, length, opts) {\n\tvar cch = blob.read_shift(1);\n\tvar width = 1, encoding = 'sbcs-cont';\n\tvar cp = current_codepage;\n\tif(opts && opts.biff >= 8) current_codepage = 1200;\n\tif(opts === undefined || opts.biff !== 5) {\n\t\tvar fHighByte = blob.read_shift(1);\n\t\tif(fHighByte) { width = 2; encoding = 'dbcs-cont'; }\n\t}\n\tvar o = cch ? blob.read_shift(cch, encoding) : \"\";\n\tcurrent_codepage = cp;\n\treturn o;\n}\n\n/* 2.5.293 XLUnicodeRichExtendedString */\nfunction parse_XLUnicodeRichExtendedString(blob) {\n\tvar cp = current_codepage;\n\tcurrent_codepage = 1200;\n\tvar cch = blob.read_shift(2), flags = blob.read_shift(1);\n\tvar fHighByte = flags & 0x1, fExtSt = flags & 0x4, fRichSt = flags & 0x8;\n\tvar width = 1 + (flags & 0x1); // 0x0 -> utf8, 0x1 -> dbcs\n\tvar cRun, cbExtRst;\n\tvar z = {};\n\tif(fRichSt) cRun = blob.read_shift(2);\n\tif(fExtSt) cbExtRst = blob.read_shift(4);\n\tvar encoding = (flags & 0x1) ? 'dbcs-cont' : 'sbcs-cont';\n\tvar msg = cch === 0 ? \"\" : blob.read_shift(cch, encoding);\n\tif(fRichSt) blob.l += 4 * cRun; //TODO: parse this\n\tif(fExtSt) blob.l += cbExtRst; //TODO: parse this\n\tz.t = msg;\n\tif(!fRichSt) { z.raw = \"<t>\" + z.t + \"</t>\"; z.r = z.t; }\n\tcurrent_codepage = cp;\n\treturn z;\n}\n\n/* 2.5.296 XLUnicodeStringNoCch */\nfunction parse_XLUnicodeStringNoCch(blob, cch, opts) {\n\tvar retval;\n\tvar fHighByte = blob.read_shift(1);\n\tif(fHighByte===0) { retval = blob.read_shift(cch, 'sbcs-cont'); }\n\telse { retval = blob.read_shift(cch, 'dbcs-cont'); }\n\treturn retval;\n}\n\n/* 2.5.294 XLUnicodeString */\nfunction parse_XLUnicodeString(blob, length, opts) {\n\tvar cch = blob.read_shift(opts !== undefined && opts.biff > 0 && opts.biff < 8 ? 1 : 2);\n\tif(cch === 0) { blob.l++; return \"\"; }\n\treturn parse_XLUnicodeStringNoCch(blob, cch, opts);\n}\n/* BIFF5 override */\nfunction parse_XLUnicodeString2(blob, length, opts) {\n\tif(opts.biff !== 5 && opts.biff !== 2) return parse_XLUnicodeString(blob, length, opts);\n\tvar cch = blob.read_shift(1);\n\tif(cch === 0) { blob.l++; return \"\"; }\n\treturn blob.read_shift(cch, 'sbcs-cont');\n}\n\n/* [MS-XLS] 2.5.61 ControlInfo */\nvar parse_ControlInfo = parsenoop;\n\n/* [MS-OSHARED] 2.3.7.6 URLMoniker TODO: flags */\nvar parse_URLMoniker = function(blob, length) {\n\tvar len = blob.read_shift(4), start = blob.l;\n\tvar extra = false;\n\tif(len > 24) {\n\t\t/* look ahead */\n\t\tblob.l += len - 24;\n\t\tif(blob.read_shift(16) === \"795881f43b1d7f48af2c825dc4852763\") extra = true;\n\t\tblob.l = start;\n\t}\n\tvar url = blob.read_shift((extra?len-24:len)>>1, 'utf16le').replace(chr0,\"\");\n\tif(extra) blob.l += 24;\n\treturn url;\n};\n\n/* [MS-OSHARED] 2.3.7.8 FileMoniker TODO: all fields */\nvar parse_FileMoniker = function(blob, length) {\n\tvar cAnti = blob.read_shift(2);\n\tvar ansiLength = blob.read_shift(4);\n\tvar ansiPath = blob.read_shift(ansiLength, 'cstr');\n\tvar endServer = blob.read_shift(2);\n\tvar versionNumber = blob.read_shift(2);\n\tvar cbUnicodePathSize = blob.read_shift(4);\n\tif(cbUnicodePathSize === 0) return ansiPath.replace(/\\\\/g,\"/\");\n\tvar cbUnicodePathBytes = blob.read_shift(4);\n\tvar usKeyValue = blob.read_shift(2);\n\tvar unicodePath = blob.read_shift(cbUnicodePathBytes>>1, 'utf16le').replace(chr0,\"\");\n\treturn unicodePath;\n};\n\n/* [MS-OSHARED] 2.3.7.2 HyperlinkMoniker TODO: all the monikers */\nvar parse_HyperlinkMoniker = function(blob, length) {\n\tvar clsid = blob.read_shift(16); length -= 16;\n\tswitch(clsid) {\n\t\tcase \"e0c9ea79f9bace118c8200aa004ba90b\": return parse_URLMoniker(blob, length);\n\t\tcase \"0303000000000000c000000000000046\": return parse_FileMoniker(blob, length);\n\t\tdefault: throw \"unsupported moniker \" + clsid;\n\t}\n};\n\n/* [MS-OSHARED] 2.3.7.9 HyperlinkString */\nvar parse_HyperlinkString = function(blob, length) {\n\tvar len = blob.read_shift(4);\n\tvar o = blob.read_shift(len, 'utf16le').replace(chr0, \"\");\n\treturn o;\n};\n\n/* [MS-OSHARED] 2.3.7.1 Hyperlink Object TODO: unify params with XLSX */\nvar parse_Hyperlink = function(blob, length) {\n\tvar end = blob.l + length;\n\tvar sVer = blob.read_shift(4);\n\tif(sVer !== 2) throw new Error(\"Unrecognized streamVersion: \" + sVer);\n\tvar flags = blob.read_shift(2);\n\tblob.l += 2;\n\tvar displayName, targetFrameName, moniker, oleMoniker, location, guid, fileTime;\n\tif(flags & 0x0010) displayName = parse_HyperlinkString(blob, end - blob.l);\n\tif(flags & 0x0080) targetFrameName = parse_HyperlinkString(blob, end - blob.l);\n\tif((flags & 0x0101) === 0x0101) moniker = parse_HyperlinkString(blob, end - blob.l);\n\tif((flags & 0x0101) === 0x0001) oleMoniker = parse_HyperlinkMoniker(blob, end - blob.l);\n\tif(flags & 0x0008) location = parse_HyperlinkString(blob, end - blob.l);\n\tif(flags & 0x0020) guid = blob.read_shift(16);\n\tif(flags & 0x0040) fileTime = parse_FILETIME(blob, 8);\n\tblob.l = end;\n\tvar target = (targetFrameName||moniker||oleMoniker);\n\tif(location) target+=\"#\"+location;\n\treturn {Target: target};\n};\n\n/* 2.5.178 LongRGBA */\nfunction parse_LongRGBA(blob, length) { var r = blob.read_shift(1), g = blob.read_shift(1), b = blob.read_shift(1), a = blob.read_shift(1); return [r,g,b,a]; }\n\n/* 2.5.177 LongRGB */\nfunction parse_LongRGB(blob, length) { var x = parse_LongRGBA(blob, length); x[3] = 0; return x; }\n\n\n/* --- MS-XLS --- */\n\n/* 2.5.19 */\nfunction parse_XLSCell(blob, length) {\n\tvar rw = blob.read_shift(2); // 0-indexed\n\tvar col = blob.read_shift(2);\n\tvar ixfe = blob.read_shift(2);\n\treturn {r:rw, c:col, ixfe:ixfe};\n}\n\n/* 2.5.134 */\nfunction parse_frtHeader(blob) {\n\tvar rt = blob.read_shift(2);\n\tvar flags = blob.read_shift(2); // TODO: parse these flags\n\tblob.l += 8;\n\treturn {type: rt, flags: flags};\n}\n\n\n\nfunction parse_OptXLUnicodeString(blob, length, opts) { return length === 0 ? \"\" : parse_XLUnicodeString2(blob, length, opts); }\n\n/* 2.5.158 */\nvar HIDEOBJENUM = ['SHOWALL', 'SHOWPLACEHOLDER', 'HIDEALL'];\nvar parse_HideObjEnum = parseuint16;\n\n/* 2.5.344 */\nfunction parse_XTI(blob, length) {\n\tvar iSupBook = blob.read_shift(2), itabFirst = blob.read_shift(2,'i'), itabLast = blob.read_shift(2,'i');\n\treturn [iSupBook, itabFirst, itabLast];\n}\n\n/* 2.5.218 */\nfunction parse_RkRec(blob, length) {\n\tvar ixfe = blob.read_shift(2);\n\tvar RK = parse_RkNumber(blob);\n\t//console.log(\"::\", ixfe, RK,\";;\");\n\treturn [ixfe, RK];\n}\n\n/* 2.5.1 */\nfunction parse_AddinUdf(blob, length) {\n\tblob.l += 4; length -= 4;\n\tvar l = blob.l + length;\n\tvar udfName = parse_ShortXLUnicodeString(blob, length);\n\tvar cb = blob.read_shift(2);\n\tl -= blob.l;\n\tif(cb !== l) throw \"Malformed AddinUdf: padding = \" + l + \" != \" + cb;\n\tblob.l += cb;\n\treturn udfName;\n}\n\n/* 2.5.209 TODO: Check sizes */\nfunction parse_Ref8U(blob, length) {\n\tvar rwFirst = blob.read_shift(2);\n\tvar rwLast = blob.read_shift(2);\n\tvar colFirst = blob.read_shift(2);\n\tvar colLast = blob.read_shift(2);\n\treturn {s:{c:colFirst, r:rwFirst}, e:{c:colLast,r:rwLast}};\n}\n\n/* 2.5.211 */\nfunction parse_RefU(blob, length) {\n\tvar rwFirst = blob.read_shift(2);\n\tvar rwLast = blob.read_shift(2);\n\tvar colFirst = blob.read_shift(1);\n\tvar colLast = blob.read_shift(1);\n\treturn {s:{c:colFirst, r:rwFirst}, e:{c:colLast,r:rwLast}};\n}\n\n/* 2.5.207 */\nvar parse_Ref = parse_RefU;\n\n/* 2.5.143 */\nfunction parse_FtCmo(blob, length) {\n\tblob.l += 4;\n\tvar ot = blob.read_shift(2);\n\tvar id = blob.read_shift(2);\n\tvar flags = blob.read_shift(2);\n\tblob.l+=12;\n\treturn [id, ot, flags];\n}\n\n/* 2.5.149 */\nfunction parse_FtNts(blob, length) {\n\tvar out = {};\n\tblob.l += 4;\n\tblob.l += 16; // GUID TODO\n\tout.fSharedNote = blob.read_shift(2);\n\tblob.l += 4;\n\treturn out;\n}\n\n/* 2.5.142 */\nfunction parse_FtCf(blob, length) {\n\tvar out = {};\n\tblob.l += 4;\n\tblob.cf = blob.read_shift(2);\n\treturn out;\n}\n\n/* 2.5.140 - 2.5.154 and friends */\nvar FtTab = {\n\t0x15: parse_FtCmo,\n\t0x13: parsenoop, /* FtLbsData */\n\t0x12: function(blob, length) { blob.l += 12; }, /* FtCblsData */\n\t0x11: function(blob, length) { blob.l += 8; }, /* FtRboData */\n\t0x10: parsenoop, /* FtEdoData */\n\t0x0F: parsenoop, /* FtGboData */\n\t0x0D: parse_FtNts, /* FtNts */\n\t0x0C: function(blob, length) { blob.l += 24; }, /* FtSbs */\n\t0x0B: function(blob, length) { blob.l += 10; }, /* FtRbo */\n\t0x0A: function(blob, length) { blob.l += 16; }, /* FtCbls */\n\t0x09: parsenoop, /* FtPictFmla */\n\t0x08: function(blob, length) { blob.l += 6; }, /* FtPioGrbit */\n\t0x07: parse_FtCf, /* FtCf */\n\t0x06: function(blob, length) { blob.l += 6; }, /* FtGmo */\n\t0x04: parsenoop, /* FtMacro */\n\t0x00: function(blob, length) { blob.l += 4; } /* FtEnding */\n};\nfunction parse_FtArray(blob, length, ot) {\n\tvar s = blob.l;\n\tvar fts = [];\n\twhile(blob.l < s + length) {\n\t\tvar ft = blob.read_shift(2);\n\t\tblob.l-=2;\n\t\ttry {\n\t\t\tfts.push(FtTab[ft](blob, s + length - blob.l));\n\t\t} catch(e) { blob.l = s + length; return fts; }\n\t}\n\tif(blob.l != s + length) blob.l = s + length; //throw \"bad Object Ft-sequence\";\n\treturn fts;\n}\n\n/* 2.5.129 */\nvar parse_FontIndex = parseuint16;\n\n/* --- 2.4 Records --- */\n\n/* 2.4.21 */\nfunction parse_BOF(blob, length) {\n\tvar o = {};\n\to.BIFFVer = blob.read_shift(2); length -= 2;\n\tswitch(o.BIFFVer) {\n\t\tcase 0x0600: /* BIFF8 */\n\t\tcase 0x0500: /* BIFF5 */\n\t\tcase 0x0002: case 0x0007: /* BIFF2 */\n\t\t\tbreak;\n\t\tdefault: throw \"Unexpected BIFF Ver \" + o.BIFFVer;\n\t}\n\tblob.read_shift(length);\n\treturn o;\n}\n\n\n/* 2.4.146 */\nfunction parse_InterfaceHdr(blob, length) {\n\tif(length === 0) return 0x04b0;\n\tvar q;\n\tif((q=blob.read_shift(2))!==0x04b0) throw 'InterfaceHdr codePage ' + q;\n\treturn 0x04b0;\n}\n\n\n/* 2.4.349 */\nfunction parse_WriteAccess(blob, length, opts) {\n\tif(opts.enc) { blob.l += length; return \"\"; }\n\tvar l = blob.l;\n\t// TODO: make sure XLUnicodeString doesnt overrun\n\tvar UserName = parse_XLUnicodeString(blob, 0, opts);\n\tblob.read_shift(length + l - blob.l);\n\treturn UserName;\n}\n\n/* 2.4.28 */\nfunction parse_BoundSheet8(blob, length, opts) {\n\tvar pos = blob.read_shift(4);\n\tvar hidden = blob.read_shift(1) >> 6;\n\tvar dt = blob.read_shift(1);\n\tswitch(dt) {\n\t\tcase 0: dt = 'Worksheet'; break;\n\t\tcase 1: dt = 'Macrosheet'; break;\n\t\tcase 2: dt = 'Chartsheet'; break;\n\t\tcase 6: dt = 'VBAModule'; break;\n\t}\n\tvar name = parse_ShortXLUnicodeString(blob, 0, opts);\n\tif(name.length === 0) name = \"Sheet1\";\n\treturn { pos:pos, hs:hidden, dt:dt, name:name };\n}\n\n/* 2.4.265 TODO */\nfunction parse_SST(blob, length) {\n\tvar cnt = blob.read_shift(4);\n\tvar ucnt = blob.read_shift(4);\n\tvar strs = [];\n\tfor(var i = 0; i != ucnt; ++i) {\n\t\tstrs.push(parse_XLUnicodeRichExtendedString(blob));\n\t}\n\tstrs.Count = cnt; strs.Unique = ucnt;\n\treturn strs;\n}\n\n/* 2.4.107 */\nfunction parse_ExtSST(blob, length) {\n\tvar extsst = {};\n\textsst.dsst = blob.read_shift(2);\n\tblob.l += length-2;\n\treturn extsst;\n}\n\n\n/* 2.4.221 TODO*/\nfunction parse_Row(blob, length) {\n\tvar rw = blob.read_shift(2), col = blob.read_shift(2), Col = blob.read_shift(2), rht = blob.read_shift(2);\n\tblob.read_shift(4); // reserved(2), unused(2)\n\tvar flags = blob.read_shift(1); // various flags\n\tblob.read_shift(1); // reserved\n\tblob.read_shift(2); //ixfe, other flags\n\treturn {r:rw, c:col, cnt:Col-col};\n}\n\n\n/* 2.4.125 */\nfunction parse_ForceFullCalculation(blob, length) {\n\tvar header = parse_frtHeader(blob);\n\tif(header.type != 0x08A3) throw \"Invalid Future Record \" + header.type;\n\tvar fullcalc = blob.read_shift(4);\n\treturn fullcalc !== 0x0;\n}\n\n\nvar parse_CompressPictures = parsenoop2; /* 2.4.55 Not interesting */\n\n\n\n/* 2.4.215 rt */\nfunction parse_RecalcId(blob, length) {\n\tblob.read_shift(2);\n\treturn blob.read_shift(4);\n}\n\n/* 2.4.87 */\nfunction parse_DefaultRowHeight (blob, length) {\n\tvar f = blob.read_shift(2), miyRw;\n\tmiyRw = blob.read_shift(2); // flags & 0x02 -> hidden, else empty\n\tvar fl = {Unsynced:f&1,DyZero:(f&2)>>1,ExAsc:(f&4)>>2,ExDsc:(f&8)>>3};\n\treturn [fl, miyRw];\n}\n\n/* 2.4.345 TODO */\nfunction parse_Window1(blob, length) {\n\tvar xWn = blob.read_shift(2), yWn = blob.read_shift(2), dxWn = blob.read_shift(2), dyWn = blob.read_shift(2);\n\tvar flags = blob.read_shift(2), iTabCur = blob.read_shift(2), iTabFirst = blob.read_shift(2);\n\tvar ctabSel = blob.read_shift(2), wTabRatio = blob.read_shift(2);\n\treturn { Pos: [xWn, yWn], Dim: [dxWn, dyWn], Flags: flags, CurTab: iTabCur,\n\t\tFirstTab: iTabFirst, Selected: ctabSel, TabRatio: wTabRatio };\n}\n\n/* 2.4.122 TODO */\nfunction parse_Font(blob, length, opts) {\n\tblob.l += 14;\n\tvar name = parse_ShortXLUnicodeString(blob, 0, opts);\n\treturn name;\n}\n\n/* 2.4.149 */\nfunction parse_LabelSst(blob, length) {\n\tvar cell = parse_XLSCell(blob);\n\tcell.isst = blob.read_shift(4);\n\treturn cell;\n}\n\n/* 2.4.148 */\nfunction parse_Label(blob, length, opts) {\n\tvar cell = parse_XLSCell(blob, 6);\n\tvar str = parse_XLUnicodeString(blob, length-6, opts);\n\tcell.val = str;\n\treturn cell;\n}\n\n/* 2.4.126 Number Formats */\nfunction parse_Format(blob, length, opts) {\n\tvar ifmt = blob.read_shift(2);\n\tvar fmtstr = parse_XLUnicodeString2(blob, 0, opts);\n\treturn [ifmt, fmtstr];\n}\n\n/* 2.4.90 */\nfunction parse_Dimensions(blob, length) {\n\tvar w = length === 10 ? 2 : 4;\n\tvar r = blob.read_shift(w), R = blob.read_shift(w),\n\t c = blob.read_shift(2), C = blob.read_shift(2);\n\tblob.l += 2;\n\treturn {s: {r:r, c:c}, e: {r:R, c:C}};\n}\n\n/* 2.4.220 */\nfunction parse_RK(blob, length) {\n\tvar rw = blob.read_shift(2), col = blob.read_shift(2);\n\tvar rkrec = parse_RkRec(blob);\n\treturn {r:rw, c:col, ixfe:rkrec[0], rknum:rkrec[1]};\n}\n\n/* 2.4.175 */\nfunction parse_MulRk(blob, length) {\n\tvar target = blob.l + length - 2;\n\tvar rw = blob.read_shift(2), col = blob.read_shift(2);\n\tvar rkrecs = [];\n\twhile(blob.l < target) rkrecs.push(parse_RkRec(blob));\n\tif(blob.l !== target) throw \"MulRK read error\";\n\tvar lastcol = blob.read_shift(2);\n\tif(rkrecs.length != lastcol - col + 1) throw \"MulRK length mismatch\";\n\treturn {r:rw, c:col, C:lastcol, rkrec:rkrecs};\n}\n\n/* 2.5.20 2.5.249 TODO */\nfunction parse_CellStyleXF(blob, length, style) {\n\tvar o = {};\n\tvar a = blob.read_shift(4), b = blob.read_shift(4);\n\tvar c = blob.read_shift(4), d = blob.read_shift(2);\n\to.patternType = XLSFillPattern[c >> 26];\n\to.icvFore = d & 0x7F;\n\to.icvBack = (d >> 7) & 0x7F;\n\treturn o;\n}\nfunction parse_CellXF(blob, length) {return parse_CellStyleXF(blob,length,0);}\nfunction parse_StyleXF(blob, length) {return parse_CellStyleXF(blob,length,1);}\n\n/* 2.4.353 TODO: actually do this right */\nfunction parse_XF(blob, length) {\n\tvar o = {};\n\to.ifnt = blob.read_shift(2); o.ifmt = blob.read_shift(2); o.flags = blob.read_shift(2);\n\to.fStyle = (o.flags >> 2) & 0x01;\n\tlength -= 6;\n\to.data = parse_CellStyleXF(blob, length, o.fStyle);\n\treturn o;\n}\n\n/* 2.4.134 */\nfunction parse_Guts(blob, length) {\n\tblob.l += 4;\n\tvar out = [blob.read_shift(2), blob.read_shift(2)];\n\tif(out[0] !== 0) out[0]--;\n\tif(out[1] !== 0) out[1]--;\n\tif(out[0] > 7 || out[1] > 7) throw \"Bad Gutters: \" + out;\n\treturn out;\n}\n\n/* 2.4.24 */\nfunction parse_BoolErr(blob, length) {\n\tvar cell = parse_XLSCell(blob, 6);\n\tvar val = parse_Bes(blob, 2);\n\tcell.val = val;\n\tcell.t = (val === true || val === false) ? 'b' : 'e';\n\treturn cell;\n}\n\n/* 2.4.180 Number */\nfunction parse_Number(blob, length) {\n\tvar cell = parse_XLSCell(blob, 6);\n\tvar xnum = parse_Xnum(blob, 8);\n\tcell.val = xnum;\n\treturn cell;\n}\n\nvar parse_XLHeaderFooter = parse_OptXLUnicodeString; // TODO: parse 2.4.136\n\n/* 2.4.271 */\nfunction parse_SupBook(blob, length, opts) {\n\tvar end = blob.l + length;\n\tvar ctab = blob.read_shift(2);\n\tvar cch = blob.read_shift(2);\n\tvar virtPath;\n\tif(cch >=0x01 && cch <=0xff) virtPath = parse_XLUnicodeStringNoCch(blob, cch);\n\tvar rgst = blob.read_shift(end - blob.l);\n\topts.sbcch = cch;\n\treturn [cch, ctab, virtPath, rgst];\n}\n\n/* 2.4.105 TODO */\nfunction parse_ExternName(blob, length, opts) {\n\tvar flags = blob.read_shift(2);\n\tvar body;\n\tvar o = {\n\t\tfBuiltIn: flags & 0x01,\n\t\tfWantAdvise: (flags >>> 1) & 0x01,\n\t\tfWantPict: (flags >>> 2) & 0x01,\n\t\tfOle: (flags >>> 3) & 0x01,\n\t\tfOleLink: (flags >>> 4) & 0x01,\n\t\tcf: (flags >>> 5) & 0x3FF,\n\t\tfIcon: flags >>> 15 & 0x01\n\t};\n\tif(opts.sbcch === 0x3A01) body = parse_AddinUdf(blob, length-2);\n\t//else throw new Error(\"unsupported SupBook cch: \" + opts.sbcch);\n\to.body = body || blob.read_shift(length-2);\n\treturn o;\n}\n\n/* 2.4.150 TODO */\nfunction parse_Lbl(blob, length, opts) {\n\tif(opts.biff < 8) return parse_Label(blob, length, opts);\n\tvar target = blob.l + length;\n\tvar flags = blob.read_shift(2);\n\tvar chKey = blob.read_shift(1);\n\tvar cch = blob.read_shift(1);\n\tvar cce = blob.read_shift(2);\n\tblob.l += 2;\n\tvar itab = blob.read_shift(2);\n\tblob.l += 4;\n\tvar name = parse_XLUnicodeStringNoCch(blob, cch, opts);\n\tvar rgce = parse_NameParsedFormula(blob, target - blob.l, opts, cce);\n\treturn {\n\t\tchKey: chKey,\n\t\tName: name,\n\t\trgce: rgce\n\t};\n}\n\n/* 2.4.106 TODO: verify supbook manipulation */\nfunction parse_ExternSheet(blob, length, opts) {\n\tif(opts.biff < 8) return parse_ShortXLUnicodeString(blob, length, opts);\n\tvar o = parslurp2(blob,length,parse_XTI);\n\tvar oo = [];\n\tif(opts.sbcch === 0x0401) {\n\t\tfor(var i = 0; i != o.length; ++i) oo.push(opts.snames[o[i][1]]);\n\t\treturn oo;\n\t}\n\telse return o;\n}\n\n/* 2.4.260 */\nfunction parse_ShrFmla(blob, length, opts) {\n\tvar ref = parse_RefU(blob, 6);\n\tblob.l++;\n\tvar cUse = blob.read_shift(1);\n\tlength -= 8;\n\treturn [parse_SharedParsedFormula(blob, length, opts), cUse];\n}\n\n/* 2.4.4 TODO */\nfunction parse_Array(blob, length, opts) {\n\tvar ref = parse_Ref(blob, 6);\n\tblob.l += 6; length -= 12; /* TODO: fAlwaysCalc */\n\treturn [ref, parse_ArrayParsedFormula(blob, length, opts, ref)];\n}\n\n/* 2.4.173 */\nfunction parse_MTRSettings(blob, length) {\n\tvar fMTREnabled = blob.read_shift(4) !== 0x00;\n\tvar fUserSetThreadCount = blob.read_shift(4) !== 0x00;\n\tvar cUserThreadCount = blob.read_shift(4);\n\treturn [fMTREnabled, fUserSetThreadCount, cUserThreadCount];\n}\n\n/* 2.5.186 TODO: BIFF5 */\nfunction parse_NoteSh(blob, length, opts) {\n\tif(opts.biff < 8) return;\n\tvar row = blob.read_shift(2), col = blob.read_shift(2);\n\tvar flags = blob.read_shift(2), idObj = blob.read_shift(2);\n\tvar stAuthor = parse_XLUnicodeString2(blob, 0, opts);\n\tif(opts.biff < 8) blob.read_shift(1);\n\treturn [{r:row,c:col}, stAuthor, idObj, flags];\n}\n\n/* 2.4.179 */\nfunction parse_Note(blob, length, opts) {\n\t/* TODO: Support revisions */\n\treturn parse_NoteSh(blob, length, opts);\n}\n\n/* 2.4.168 */\nfunction parse_MergeCells(blob, length) {\n\tvar merges = [];\n\tvar cmcs = blob.read_shift(2);\n\twhile (cmcs--) merges.push(parse_Ref8U(blob,length));\n\treturn merges;\n}\n\n/* 2.4.181 TODO: parse all the things! */\nfunction parse_Obj(blob, length) {\n\tvar cmo = parse_FtCmo(blob, 22); // id, ot, flags\n\tvar fts = parse_FtArray(blob, length-22, cmo[1]);\n\treturn { cmo: cmo, ft:fts };\n}\n\n/* 2.4.329 TODO: parse properly */\nfunction parse_TxO(blob, length, opts) {\n\tvar s = blob.l;\ntry {\n\tblob.l += 4;\n\tvar ot = (opts.lastobj||{cmo:[0,0]}).cmo[1];\n\tvar controlInfo;\n\tif([0,5,7,11,12,14].indexOf(ot) == -1) blob.l += 6;\n\telse controlInfo = parse_ControlInfo(blob, 6, opts);\n\tvar cchText = blob.read_shift(2);\n\tvar cbRuns = blob.read_shift(2);\n\tvar ifntEmpty = parse_FontIndex(blob, 2);\n\tvar len = blob.read_shift(2);\n\tblob.l += len;\n\t//var fmla = parse_ObjFmla(blob, s + length - blob.l);\n\n\tvar texts = \"\";\n\tfor(var i = 1; i < blob.lens.length-1; ++i) {\n\t\tif(blob.l-s != blob.lens[i]) throw \"TxO: bad continue record\";\n\t\tvar hdr = blob[blob.l];\n\t\tvar t = parse_XLUnicodeStringNoCch(blob, blob.lens[i+1]-blob.lens[i]-1);\n\t\ttexts += t;\n\t\tif(texts.length >= (hdr ? cchText : 2*cchText)) break;\n\t}\n\tif(texts.length !== cchText && texts.length !== cchText*2) {\n\t\tthrow \"cchText: \" + cchText + \" != \" + texts.length;\n\t}\n\n\tblob.l = s + length;\n\t/* 2.5.272 TxORuns */\n//\tvar rgTxoRuns = [];\n//\tfor(var j = 0; j != cbRuns/8-1; ++j) blob.l += 8;\n//\tvar cchText2 = blob.read_shift(2);\n//\tif(cchText2 !== cchText) throw \"TxOLastRun mismatch: \" + cchText2 + \" \" + cchText;\n//\tblob.l += 6;\n//\tif(s + length != blob.l) throw \"TxO \" + (s + length) + \", at \" + blob.l;\n\treturn { t: texts };\n} catch(e) { blob.l = s + length; return { t: texts||\"\" }; }\n}\n\n/* 2.4.140 */\nvar parse_HLink = function(blob, length) {\n\tvar ref = parse_Ref8U(blob, 8);\n\tblob.l += 16; /* CLSID */\n\tvar hlink = parse_Hyperlink(blob, length-24);\n\treturn [ref, hlink];\n};\n\n/* 2.4.141 */\nvar parse_HLinkTooltip = function(blob, length) {\n\tvar end = blob.l + length;\n\tblob.read_shift(2);\n\tvar ref = parse_Ref8U(blob, 8);\n\tvar wzTooltip = blob.read_shift((length-10)/2, 'dbcs-cont');\n\twzTooltip = wzTooltip.replace(chr0,\"\");\n\treturn [ref, wzTooltip];\n};\n\n/* 2.4.63 */\nfunction parse_Country(blob, length) {\n\tvar o = [], d;\n\td = blob.read_shift(2); o[0] = CountryEnum[d] || d;\n\td = blob.read_shift(2); o[1] = CountryEnum[d] || d;\n\treturn o;\n}\n\n/* 2.4.50 ClrtClient */\nfunction parse_ClrtClient(blob, length) {\n\tvar ccv = blob.read_shift(2);\n\tvar o = [];\n\twhile(ccv-->0) o.push(parse_LongRGB(blob, 8));\n\treturn o;\n}\n\n/* 2.4.188 */\nfunction parse_Palette(blob, length) {\n\tvar ccv = blob.read_shift(2);\n\tvar o = [];\n\twhile(ccv-->0) o.push(parse_LongRGB(blob, 8));\n\treturn o;\n}\n\n/* 2.4.354 */\nfunction parse_XFCRC(blob, length) {\n\tblob.l += 2;\n\tvar o = {cxfs:0, crc:0};\n\to.cxfs = blob.read_shift(2);\n\to.crc = blob.read_shift(4);\n\treturn o;\n}\n\n\nvar parse_Style = parsenoop;\nvar parse_StyleExt = parsenoop;\n\nvar parse_ColInfo = parsenoop;\n\nvar parse_Window2 = parsenoop;\n\n\nvar parse_Backup = parsebool; /* 2.4.14 */\nvar parse_Blank = parse_XLSCell; /* 2.4.20 Just the cell */\nvar parse_BottomMargin = parse_Xnum; /* 2.4.27 */\nvar parse_BuiltInFnGroupCount = parseuint16; /* 2.4.30 0x0E or 0x10 but excel 2011 generates 0x11? */\nvar parse_CalcCount = parseuint16; /* 2.4.31 #Iterations */\nvar parse_CalcDelta = parse_Xnum; /* 2.4.32 */\nvar parse_CalcIter = parsebool; /* 2.4.33 1=iterative calc */\nvar parse_CalcMode = parseuint16; /* 2.4.34 0=manual, 1=auto (def), 2=table */\nvar parse_CalcPrecision = parsebool; /* 2.4.35 */\nvar parse_CalcRefMode = parsenoop2; /* 2.4.36 */\nvar parse_CalcSaveRecalc = parsebool; /* 2.4.37 */\nvar parse_CodePage = parseuint16; /* 2.4.52 */\nvar parse_Compat12 = parsebool; /* 2.4.54 true = no compatibility check */\nvar parse_Date1904 = parsebool; /* 2.4.77 - 1=1904,0=1900 */\nvar parse_DefColWidth = parseuint16; /* 2.4.89 */\nvar parse_DSF = parsenoop2; /* 2.4.94 -- MUST be ignored */\nvar parse_EntExU2 = parsenoop2; /* 2.4.102 -- Explicitly says to ignore */\nvar parse_EOF = parsenoop2; /* 2.4.103 */\nvar parse_Excel9File = parsenoop2; /* 2.4.104 -- Optional and unused */\nvar parse_FeatHdr = parsenoop2; /* 2.4.112 */\nvar parse_FontX = parseuint16; /* 2.4.123 */\nvar parse_Footer = parse_XLHeaderFooter; /* 2.4.124 */\nvar parse_GridSet = parseuint16; /* 2.4.132, =1 */\nvar parse_HCenter = parsebool; /* 2.4.135 sheet centered horizontal on print */\nvar parse_Header = parse_XLHeaderFooter; /* 2.4.136 */\nvar parse_HideObj = parse_HideObjEnum; /* 2.4.139 */\nvar parse_InterfaceEnd = parsenoop2; /* 2.4.145 -- noop */\nvar parse_LeftMargin = parse_Xnum; /* 2.4.151 */\nvar parse_Mms = parsenoop2; /* 2.4.169 -- Explicitly says to ignore */\nvar parse_ObjProtect = parsebool; /* 2.4.183 -- must be 1 if present */\nvar parse_Password = parseuint16; /* 2.4.191 */\nvar parse_PrintGrid = parsebool; /* 2.4.202 */\nvar parse_PrintRowCol = parsebool; /* 2.4.203 */\nvar parse_PrintSize = parseuint16; /* 2.4.204 0:3 */\nvar parse_Prot4Rev = parsebool; /* 2.4.205 */\nvar parse_Prot4RevPass = parseuint16; /* 2.4.206 */\nvar parse_Protect = parsebool; /* 2.4.207 */\nvar parse_RefreshAll = parsebool; /* 2.4.217 -- must be 0 if not template */\nvar parse_RightMargin = parse_Xnum; /* 2.4.219 */\nvar parse_RRTabId = parseuint16a; /* 2.4.241 */\nvar parse_ScenarioProtect = parsebool; /* 2.4.245 */\nvar parse_Scl = parseuint16a; /* 2.4.247 num, den */\nvar parse_String = parse_XLUnicodeString; /* 2.4.268 */\nvar parse_SxBool = parsebool; /* 2.4.274 */\nvar parse_TopMargin = parse_Xnum; /* 2.4.328 */\nvar parse_UsesELFs = parsebool; /* 2.4.337 -- should be 0 */\nvar parse_VCenter = parsebool; /* 2.4.342 */\nvar parse_WinProtect = parsebool; /* 2.4.347 */\nvar parse_WriteProtect = parsenoop; /* 2.4.350 empty record */\n\n\n/* ---- */\nvar parse_VerticalPageBreaks = parsenoop;\nvar parse_HorizontalPageBreaks = parsenoop;\nvar parse_Selection = parsenoop;\nvar parse_Continue = parsenoop;\nvar parse_Pane = parsenoop;\nvar parse_Pls = parsenoop;\nvar parse_DCon = parsenoop;\nvar parse_DConRef = parsenoop;\nvar parse_DConName = parsenoop;\nvar parse_XCT = parsenoop;\nvar parse_CRN = parsenoop;\nvar parse_FileSharing = parsenoop;\nvar parse_Uncalced = parsenoop;\nvar parse_Template = parsenoop;\nvar parse_Intl = parsenoop;\nvar parse_WsBool = parsenoop;\nvar parse_Sort = parsenoop;\nvar parse_Sync = parsenoop;\nvar parse_LPr = parsenoop;\nvar parse_DxGCol = parsenoop;\nvar parse_FnGroupName = parsenoop;\nvar parse_FilterMode = parsenoop;\nvar parse_AutoFilterInfo = parsenoop;\nvar parse_AutoFilter = parsenoop;\nvar parse_Setup = parsenoop;\nvar parse_ScenMan = parsenoop;\nvar parse_SCENARIO = parsenoop;\nvar parse_SxView = parsenoop;\nvar parse_Sxvd = parsenoop;\nvar parse_SXVI = parsenoop;\nvar parse_SxIvd = parsenoop;\nvar parse_SXLI = parsenoop;\nvar parse_SXPI = parsenoop;\nvar parse_DocRoute = parsenoop;\nvar parse_RecipName = parsenoop;\nvar parse_MulBlank = parsenoop;\nvar parse_SXDI = parsenoop;\nvar parse_SXDB = parsenoop;\nvar parse_SXFDB = parsenoop;\nvar parse_SXDBB = parsenoop;\nvar parse_SXNum = parsenoop;\nvar parse_SxErr = parsenoop;\nvar parse_SXInt = parsenoop;\nvar parse_SXString = parsenoop;\nvar parse_SXDtr = parsenoop;\nvar parse_SxNil = parsenoop;\nvar parse_SXTbl = parsenoop;\nvar parse_SXTBRGIITM = parsenoop;\nvar parse_SxTbpg = parsenoop;\nvar parse_ObProj = parsenoop;\nvar parse_SXStreamID = parsenoop;\nvar parse_DBCell = parsenoop;\nvar parse_SXRng = parsenoop;\nvar parse_SxIsxoper = parsenoop;\nvar parse_BookBool = parsenoop;\nvar parse_DbOrParamQry = parsenoop;\nvar parse_OleObjectSize = parsenoop;\nvar parse_SXVS = parsenoop;\nvar parse_BkHim = parsenoop;\nvar parse_MsoDrawingGroup = parsenoop;\nvar parse_MsoDrawing = parsenoop;\nvar parse_MsoDrawingSelection = parsenoop;\nvar parse_PhoneticInfo = parsenoop;\nvar parse_SxRule = parsenoop;\nvar parse_SXEx = parsenoop;\nvar parse_SxFilt = parsenoop;\nvar parse_SxDXF = parsenoop;\nvar parse_SxItm = parsenoop;\nvar parse_SxName = parsenoop;\nvar parse_SxSelect = parsenoop;\nvar parse_SXPair = parsenoop;\nvar parse_SxFmla = parsenoop;\nvar parse_SxFormat = parsenoop;\nvar parse_SXVDEx = parsenoop;\nvar parse_SXFormula = parsenoop;\nvar parse_SXDBEx = parsenoop;\nvar parse_RRDInsDel = parsenoop;\nvar parse_RRDHead = parsenoop;\nvar parse_RRDChgCell = parsenoop;\nvar parse_RRDRenSheet = parsenoop;\nvar parse_RRSort = parsenoop;\nvar parse_RRDMove = parsenoop;\nvar parse_RRFormat = parsenoop;\nvar parse_RRAutoFmt = parsenoop;\nvar parse_RRInsertSh = parsenoop;\nvar parse_RRDMoveBegin = parsenoop;\nvar parse_RRDMoveEnd = parsenoop;\nvar parse_RRDInsDelBegin = parsenoop;\nvar parse_RRDInsDelEnd = parsenoop;\nvar parse_RRDConflict = parsenoop;\nvar parse_RRDDefName = parsenoop;\nvar parse_RRDRstEtxp = parsenoop;\nvar parse_LRng = parsenoop;\nvar parse_CUsr = parsenoop;\nvar parse_CbUsr = parsenoop;\nvar parse_UsrInfo = parsenoop;\nvar parse_UsrExcl = parsenoop;\nvar parse_FileLock = parsenoop;\nvar parse_RRDInfo = parsenoop;\nvar parse_BCUsrs = parsenoop;\nvar parse_UsrChk = parsenoop;\nvar parse_UserBView = parsenoop;\nvar parse_UserSViewBegin = parsenoop; // overloaded\nvar parse_UserSViewEnd = parsenoop;\nvar parse_RRDUserView = parsenoop;\nvar parse_Qsi = parsenoop;\nvar parse_CondFmt = parsenoop;\nvar parse_CF = parsenoop;\nvar parse_DVal = parsenoop;\nvar parse_DConBin = parsenoop;\nvar parse_Lel = parsenoop;\nvar parse_XLSCodeName = parse_XLUnicodeString;\nvar parse_SXFDBType = parsenoop;\nvar parse_ObNoMacros = parsenoop;\nvar parse_Dv = parsenoop;\nvar parse_Index = parsenoop;\nvar parse_Table = parsenoop;\nvar parse_BigName = parsenoop;\nvar parse_ContinueBigName = parsenoop;\nvar parse_WebPub = parsenoop;\nvar parse_QsiSXTag = parsenoop;\nvar parse_DBQueryExt = parsenoop;\nvar parse_ExtString = parsenoop;\nvar parse_TxtQry = parsenoop;\nvar parse_Qsir = parsenoop;\nvar parse_Qsif = parsenoop;\nvar parse_RRDTQSIF = parsenoop;\nvar parse_OleDbConn = parsenoop;\nvar parse_WOpt = parsenoop;\nvar parse_SXViewEx = parsenoop;\nvar parse_SXTH = parsenoop;\nvar parse_SXPIEx = parsenoop;\nvar parse_SXVDTEx = parsenoop;\nvar parse_SXViewEx9 = parsenoop;\nvar parse_ContinueFrt = parsenoop;\nvar parse_RealTimeData = parsenoop;\nvar parse_ChartFrtInfo = parsenoop;\nvar parse_FrtWrapper = parsenoop;\nvar parse_StartBlock = parsenoop;\nvar parse_EndBlock = parsenoop;\nvar parse_StartObject = parsenoop;\nvar parse_EndObject = parsenoop;\nvar parse_CatLab = parsenoop;\nvar parse_YMult = parsenoop;\nvar parse_SXViewLink = parsenoop;\nvar parse_PivotChartBits = parsenoop;\nvar parse_FrtFontList = parsenoop;\nvar parse_SheetExt = parsenoop;\nvar parse_BookExt = parsenoop;\nvar parse_SXAddl = parsenoop;\nvar parse_CrErr = parsenoop;\nvar parse_HFPicture = parsenoop;\nvar parse_Feat = parsenoop;\nvar parse_DataLabExt = parsenoop;\nvar parse_DataLabExtContents = parsenoop;\nvar parse_CellWatch = parsenoop;\nvar parse_FeatHdr11 = parsenoop;\nvar parse_Feature11 = parsenoop;\nvar parse_DropDownObjIds = parsenoop;\nvar parse_ContinueFrt11 = parsenoop;\nvar parse_DConn = parsenoop;\nvar parse_List12 = parsenoop;\nvar parse_Feature12 = parsenoop;\nvar parse_CondFmt12 = parsenoop;\nvar parse_CF12 = parsenoop;\nvar parse_CFEx = parsenoop;\nvar parse_AutoFilter12 = parsenoop;\nvar parse_ContinueFrt12 = parsenoop;\nvar parse_MDTInfo = parsenoop;\nvar parse_MDXStr = parsenoop;\nvar parse_MDXTuple = parsenoop;\nvar parse_MDXSet = parsenoop;\nvar parse_MDXProp = parsenoop;\nvar parse_MDXKPI = parsenoop;\nvar parse_MDB = parsenoop;\nvar parse_PLV = parsenoop;\nvar parse_DXF = parsenoop;\nvar parse_TableStyles = parsenoop;\nvar parse_TableStyle = parsenoop;\nvar parse_TableStyleElement = parsenoop;\nvar parse_NamePublish = parsenoop;\nvar parse_NameCmt = parsenoop;\nvar parse_SortData = parsenoop;\nvar parse_GUIDTypeLib = parsenoop;\nvar parse_FnGrp12 = parsenoop;\nvar parse_NameFnGrp12 = parsenoop;\nvar parse_HeaderFooter = parsenoop;\nvar parse_CrtLayout12 = parsenoop;\nvar parse_CrtMlFrt = parsenoop;\nvar parse_CrtMlFrtContinue = parsenoop;\nvar parse_ShapePropsStream = parsenoop;\nvar parse_TextPropsStream = parsenoop;\nvar parse_RichTextStream = parsenoop;\nvar parse_CrtLayout12A = parsenoop;\nvar parse_Units = parsenoop;\nvar parse_Chart = parsenoop;\nvar parse_Series = parsenoop;\nvar parse_DataFormat = parsenoop;\nvar parse_LineFormat = parsenoop;\nvar parse_MarkerFormat = parsenoop;\nvar parse_AreaFormat = parsenoop;\nvar parse_PieFormat = parsenoop;\nvar parse_AttachedLabel = parsenoop;\nvar parse_SeriesText = parsenoop;\nvar parse_ChartFormat = parsenoop;\nvar parse_Legend = parsenoop;\nvar parse_SeriesList = parsenoop;\nvar parse_Bar = parsenoop;\nvar parse_Line = parsenoop;\nvar parse_Pie = parsenoop;\nvar parse_Area = parsenoop;\nvar parse_Scatter = parsenoop;\nvar parse_CrtLine = parsenoop;\nvar parse_Axis = parsenoop;\nvar parse_Tick = parsenoop;\nvar parse_ValueRange = parsenoop;\nvar parse_CatSerRange = parsenoop;\nvar parse_AxisLine = parsenoop;\nvar parse_CrtLink = parsenoop;\nvar parse_DefaultText = parsenoop;\nvar parse_Text = parsenoop;\nvar parse_ObjectLink = parsenoop;\nvar parse_Frame = parsenoop;\nvar parse_Begin = parsenoop;\nvar parse_End = parsenoop;\nvar parse_PlotArea = parsenoop;\nvar parse_Chart3d = parsenoop;\nvar parse_PicF = parsenoop;\nvar parse_DropBar = parsenoop;\nvar parse_Radar = parsenoop;\nvar parse_Surf = parsenoop;\nvar parse_RadarArea = parsenoop;\nvar parse_AxisParent = parsenoop;\nvar parse_LegendException = parsenoop;\nvar parse_ShtProps = parsenoop;\nvar parse_SerToCrt = parsenoop;\nvar parse_AxesUsed = parsenoop;\nvar parse_SBaseRef = parsenoop;\nvar parse_SerParent = parsenoop;\nvar parse_SerAuxTrend = parsenoop;\nvar parse_IFmtRecord = parsenoop;\nvar parse_Pos = parsenoop;\nvar parse_AlRuns = parsenoop;\nvar parse_BRAI = parsenoop;\nvar parse_SerAuxErrBar = parsenoop;\nvar parse_SerFmt = parsenoop;\nvar parse_Chart3DBarShape = parsenoop;\nvar parse_Fbi = parsenoop;\nvar parse_BopPop = parsenoop;\nvar parse_AxcExt = parsenoop;\nvar parse_Dat = parsenoop;\nvar parse_PlotGrowth = parsenoop;\nvar parse_SIIndex = parsenoop;\nvar parse_GelFrame = parsenoop;\nvar parse_BopPopCustom = parsenoop;\nvar parse_Fbi2 = parsenoop;\n\n/* --- Specific to versions before BIFF8 --- */\nfunction parse_BIFF5String(blob) {\n\tvar len = blob.read_shift(1);\n\treturn blob.read_shift(len, 'sbcs-cont');\n}\n\n/* BIFF2_??? where ??? is the name from [XLS] */\nfunction parse_BIFF2STR(blob, length, opts) {\n\tvar cell = parse_XLSCell(blob, 6);\n\t++blob.l;\n\tvar str = parse_XLUnicodeString2(blob, length-7, opts);\n\tcell.val = str;\n\treturn cell;\n}\n\nfunction parse_BIFF2NUM(blob, length, opts) {\n\tvar cell = parse_XLSCell(blob, 6);\n\t++blob.l;\n\tvar num = parse_Xnum(blob, 8);\n\tcell.val = num;\n\treturn cell;\n}\n\n/* 18.4.1 charset to codepage mapping */\nvar CS2CP = {\n\t0: 1252, /* ANSI */\n\t1: 65001, /* DEFAULT */\n\t2: 65001, /* SYMBOL */\n\t77: 10000, /* MAC */\n\t128: 932, /* SHIFTJIS */\n\t129: 949, /* HANGUL */\n\t130: 1361, /* JOHAB */\n\t134: 936, /* GB2312 */\n\t136: 950, /* CHINESEBIG5 */\n\t161: 1253, /* GREEK */\n\t162: 1254, /* TURKISH */\n\t163: 1258, /* VIETNAMESE */\n\t177: 1255, /* HEBREW */\n\t178: 1256, /* ARABIC */\n\t186: 1257, /* BALTIC */\n\t204: 1251, /* RUSSIAN */\n\t222: 874, /* THAI */\n\t238: 1250, /* EASTEUROPE */\n\t255: 1252, /* OEM */\n\t69: 6969 /* MISC */\n};\n\n/* Parse a list of <r> tags */\nvar parse_rs = (function parse_rs_factory() {\n\tvar tregex = matchtag(\"t\"), rpregex = matchtag(\"rPr\"), rregex = /<r>/g, rend = /<\\/r>/, nlregex = /\\r\\n/g;\n\t/* 18.4.7 rPr CT_RPrElt */\n\tvar parse_rpr = function parse_rpr(rpr, intro, outro) {\n\t\tvar font = {}, cp = 65001;\n\t\tvar m = rpr.match(tagregex), i = 0;\n\t\tif(m) for(;i!=m.length; ++i) {\n\t\t\tvar y = parsexmltag(m[i]);\n\t\t\tswitch(y[0]) {\n\t\t\t\t/* 18.8.12 condense CT_BooleanProperty */\n\t\t\t\t/* ** not required . */\n\t\t\t\tcase '<condense': break;\n\t\t\t\t/* 18.8.17 extend CT_BooleanProperty */\n\t\t\t\t/* ** not required . */\n\t\t\t\tcase '<extend': break;\n\t\t\t\t/* 18.8.36 shadow CT_BooleanProperty */\n\t\t\t\t/* ** not required . */\n\t\t\t\tcase '<shadow':\n\t\t\t\t\t/* falls through */\n\t\t\t\tcase '<shadow/>': break;\n\n\t\t\t\t/* 18.4.1 charset CT_IntProperty TODO */\n\t\t\t\tcase '<charset':\n\t\t\t\t\tif(y.val == '1') break;\n\t\t\t\t\tcp = CS2CP[parseInt(y.val, 10)];\n\t\t\t\t\tbreak;\n\n\t\t\t\t/* 18.4.2 outline CT_BooleanProperty TODO */\n\t\t\t\tcase '<outline':\n\t\t\t\t\t/* falls through */\n\t\t\t\tcase '<outline/>': break;\n\n\t\t\t\t/* 18.4.5 rFont CT_FontName */\n\t\t\t\tcase '<rFont': font.name = y.val; break;\n\n\t\t\t\t/* 18.4.11 sz CT_FontSize */\n\t\t\t\tcase '<sz': font.sz = y.val; break;\n\n\t\t\t\t/* 18.4.10 strike CT_BooleanProperty */\n\t\t\t\tcase '<strike':\n\t\t\t\t\tif(!y.val) break;\n\t\t\t\t\t/* falls through */\n\t\t\t\tcase '<strike/>': font.strike = 1; break;\n\t\t\t\tcase '</strike>': break;\n\n\t\t\t\t/* 18.4.13 u CT_UnderlineProperty */\n\t\t\t\tcase '<u':\n\t\t\t\t\tif(!y.val) break;\n\t\t\t\t\t/* falls through */\n\t\t\t\tcase '<u/>': font.u = 1; break;\n\t\t\t\tcase '</u>': break;\n\n\t\t\t\t/* 18.8.2 b */\n\t\t\t\tcase '<b':\n\t\t\t\t\tif(!y.val) break;\n\t\t\t\t\t/* falls through */\n\t\t\t\tcase '<b/>': font.b = 1; break;\n\t\t\t\tcase '</b>': break;\n\n\t\t\t\t/* 18.8.26 i */\n\t\t\t\tcase '<i':\n\t\t\t\t\tif(!y.val) break;\n\t\t\t\t\t/* falls through */\n\t\t\t\tcase '<i/>': font.i = 1; break;\n\t\t\t\tcase '</i>': break;\n\n\t\t\t\t/* 18.3.1.15 color CT_Color TODO: tint, theme, auto, indexed */\n\t\t\t\tcase '<color':\n\t\t\t\t\tif(y.rgb) font.color = y.rgb.substr(2,6);\n\t\t\t\t\tbreak;\n\n\t\t\t\t/* 18.8.18 family ST_FontFamily */\n\t\t\t\tcase '<family': font.family = y.val; break;\n\n\t\t\t\t/* 18.4.14 vertAlign CT_VerticalAlignFontProperty TODO */\n\t\t\t\tcase '<vertAlign': break;\n\n\t\t\t\t/* 18.8.35 scheme CT_FontScheme TODO */\n\t\t\t\tcase '<scheme': break;\n\n\t\t\t\tdefault:\n\t\t\t\t\tif(y[0].charCodeAt(1) !== 47) throw 'Unrecognized rich format ' + y[0];\n\t\t\t}\n\t\t}\n\t\t/* TODO: These should be generated styles, not inline */\n\t\tvar style = [];\n\t\tif(font.b) style.push(\"font-weight: bold;\");\n\t\tif(font.i) style.push(\"font-style: italic;\");\n\t\tintro.push('<span style=\"' + style.join(\"\") + '\">');\n\t\toutro.push(\"</span>\");\n\t\treturn cp;\n\t};\n\n\t/* 18.4.4 r CT_RElt */\n\tfunction parse_r(r) {\n\t\tvar terms = [[],\"\",[]];\n\t\t/* 18.4.12 t ST_Xstring */\n\t\tvar t = r.match(tregex), cp = 65001;\n\t\tif(!isval(t)) return \"\";\n\t\tterms[1] = t[1];\n\n\t\tvar rpr = r.match(rpregex);\n\t\tif(isval(rpr)) cp = parse_rpr(rpr[1], terms[0], terms[2]);\n\n\t\treturn terms[0].join(\"\") + terms[1].replace(nlregex,'<br/>') + terms[2].join(\"\");\n\t}\n\treturn function parse_rs(rs) {\n\t\treturn rs.replace(rregex,\"\").split(rend).map(parse_r).join(\"\");\n\t};\n})();\n\n/* 18.4.8 si CT_Rst */\nvar sitregex = /<t[^>]*>([^<]*)<\\/t>/g, sirregex = /<r>/;\nfunction parse_si(x, opts) {\n\tvar html = opts ? opts.cellHTML : true;\n\tvar z = {};\n\tif(!x) return null;\n\tvar y;\n\t/* 18.4.12 t ST_Xstring (Plaintext String) */\n\tif(x.charCodeAt(1) === 116) {\n\t\tz.t = utf8read(unescapexml(x.substr(x.indexOf(\">\")+1).split(/<\\/t>/)[0]));\n\t\tz.r = x;\n\t\tif(html) z.h = z.t;\n\t}\n\t/* 18.4.4 r CT_RElt (Rich Text Run) */\n\telse if((y = x.match(sirregex))) {\n\t\tz.r = x;\n\t\tz.t = utf8read(unescapexml(x.match(sitregex).join(\"\").replace(tagregex,\"\")));\n\t\tif(html) z.h = parse_rs(x);\n\t}\n\t/* 18.4.3 phoneticPr CT_PhoneticPr (TODO: needed for Asian support) */\n\t/* 18.4.6 rPh CT_PhoneticRun (TODO: needed for Asian support) */\n\treturn z;\n}\n\n/* 18.4 Shared String Table */\nvar sstr0 = /<sst([^>]*)>([\\s\\S]*)<\\/sst>/;\nvar sstr1 = /<(?:si|sstItem)>/g;\nvar sstr2 = /<\\/(?:si|sstItem)>/;\nfunction parse_sst_xml(data, opts) {\n\tvar s = [], ss;\n\t/* 18.4.9 sst CT_Sst */\n\tvar sst = data.match(sstr0);\n\tif(isval(sst)) {\n\t\tss = sst[2].replace(sstr1,\"\").split(sstr2);\n\t\tfor(var i = 0; i != ss.length; ++i) {\n\t\t\tvar o = parse_si(ss[i], opts);\n\t\t\tif(o != null) s[s.length] = o;\n\t\t}\n\t\tsst = parsexmltag(sst[1]); s.Count = sst.count; s.Unique = sst.uniqueCount;\n\t}\n\treturn s;\n}\n\nRELS.SST = \"http://schemas.openxmlformats.org/officeDocument/2006/relationships/sharedStrings\";\nvar straywsregex = /^\\s|\\s$|[\\t\\n\\r]/;\nfunction write_sst_xml(sst, opts) {\n\tif(!opts.bookSST) return \"\";\n\tvar o = [XML_HEADER];\n\to[o.length] = (writextag('sst', null, {\n\t\txmlns: XMLNS.main[0],\n\t\tcount: sst.Count,\n\t\tuniqueCount: sst.Unique\n\t}));\n\tfor(var i = 0; i != sst.length; ++i) { if(sst[i] == null) continue;\n\t\tvar s = sst[i];\n\t\tvar sitag = \"<si>\";\n\t\tif(s.r) sitag += s.r;\n\t\telse {\n\t\t\tsitag += \"<t\";\n\t\t\tif(s.t.match(straywsregex)) sitag += ' xml:space=\"preserve\"';\n\t\t\tsitag += \">\" + escapexml(s.t) + \"</t>\";\n\t\t}\n\t\tsitag += \"</si>\";\n\t\to[o.length] = (sitag);\n\t}\n\tif(o.length>2){ o[o.length] = ('</sst>'); o[1]=o[1].replace(\"/>\",\">\"); }\n\treturn o.join(\"\");\n}\n/* [MS-XLSB] 2.4.219 BrtBeginSst */\nfunction parse_BrtBeginSst(data, length) {\n\treturn [data.read_shift(4), data.read_shift(4)];\n}\n\n/* [MS-XLSB] 2.1.7.45 Shared Strings */\nfunction parse_sst_bin(data, opts) {\n\tvar s = [];\n\tvar pass = false;\n\trecordhopper(data, function hopper_sst(val, R, RT) {\n\t\tswitch(R.n) {\n\t\t\tcase 'BrtBeginSst': s.Count = val[0]; s.Unique = val[1]; break;\n\t\t\tcase 'BrtSSTItem': s.push(val); break;\n\t\t\tcase 'BrtEndSst': return true;\n\t\t\t/* TODO: produce a test case with a future record */\n\t\t\tcase 'BrtFRTBegin': pass = true; break;\n\t\t\tcase 'BrtFRTEnd': pass = false; break;\n\t\t\tdefault: if(!pass || opts.WTF) throw new Error(\"Unexpected record \" + RT + \" \" + R.n);\n\t\t}\n\t});\n\treturn s;\n}\n\nfunction write_BrtBeginSst(sst, o) {\n\tif(!o) o = new_buf(8);\n\to.write_shift(4, sst.Count);\n\to.write_shift(4, sst.Unique);\n\treturn o;\n}\n\nvar write_BrtSSTItem = write_RichStr;\n\nfunction write_sst_bin(sst, opts) {\n\tvar ba = buf_array();\n\twrite_record(ba, \"BrtBeginSst\", write_BrtBeginSst(sst));\n\tfor(var i = 0; i < sst.length; ++i) write_record(ba, \"BrtSSTItem\", write_BrtSSTItem(sst[i]));\n\twrite_record(ba, \"BrtEndSst\");\n\treturn ba.end();\n}\nfunction _JS2ANSI(str) { if(typeof cptable !== 'undefined') return cptable.utils.encode(1252, str); return str.split(\"\").map(function(x) { return x.charCodeAt(0); }); }\n\n/* [MS-OFFCRYPTO] 2.1.4 Version */\nfunction parse_Version(blob, length) {\n\tvar o = {};\n\to.Major = blob.read_shift(2);\n\to.Minor = blob.read_shift(2);\n\treturn o;\n}\n/* [MS-OFFCRYPTO] 2.3.2 Encryption Header */\nfunction parse_EncryptionHeader(blob, length) {\n\tvar o = {};\n\to.Flags = blob.read_shift(4);\n\n\t// Check if SizeExtra is 0x00000000\n\tvar tmp = blob.read_shift(4);\n\tif(tmp !== 0) throw 'Unrecognized SizeExtra: ' + tmp;\n\n\to.AlgID = blob.read_shift(4);\n\tswitch(o.AlgID) {\n\t\tcase 0: case 0x6801: case 0x660E: case 0x660F: case 0x6610: break;\n\t\tdefault: throw 'Unrecognized encryption algorithm: ' + o.AlgID;\n\t}\n\tparsenoop(blob, length-12);\n\treturn o;\n}\n\n/* [MS-OFFCRYPTO] 2.3.3 Encryption Verifier */\nfunction parse_EncryptionVerifier(blob, length) {\n\treturn parsenoop(blob, length);\n}\n/* [MS-OFFCRYPTO] 2.3.5.1 RC4 CryptoAPI Encryption Header */\nfunction parse_RC4CryptoHeader(blob, length) {\n\tvar o = {};\n\tvar vers = o.EncryptionVersionInfo = parse_Version(blob, 4); length -= 4;\n\tif(vers.Minor != 2) throw 'unrecognized minor version code: ' + vers.Minor;\n\tif(vers.Major > 4 || vers.Major < 2) throw 'unrecognized major version code: ' + vers.Major;\n\to.Flags = blob.read_shift(4); length -= 4;\n\tvar sz = blob.read_shift(4); length -= 4;\n\to.EncryptionHeader = parse_EncryptionHeader(blob, sz); length -= sz;\n\to.EncryptionVerifier = parse_EncryptionVerifier(blob, length);\n\treturn o;\n}\n/* [MS-OFFCRYPTO] 2.3.6.1 RC4 Encryption Header */\nfunction parse_RC4Header(blob, length) {\n\tvar o = {};\n\tvar vers = o.EncryptionVersionInfo = parse_Version(blob, 4); length -= 4;\n\tif(vers.Major != 1 || vers.Minor != 1) throw 'unrecognized version code ' + vers.Major + ' : ' + vers.Minor;\n\to.Salt = blob.read_shift(16);\n\to.EncryptedVerifier = blob.read_shift(16);\n\to.EncryptedVerifierHash = blob.read_shift(16);\n\treturn o;\n}\n\n/* [MS-OFFCRYPTO] 2.3.7.1 Binary Document Password Verifier Derivation */\nfunction crypto_CreatePasswordVerifier_Method1(Password) {\n\tvar Verifier = 0x0000, PasswordArray;\n\tvar PasswordDecoded = _JS2ANSI(Password);\n\tvar len = PasswordDecoded.length + 1, i, PasswordByte;\n\tvar Intermediate1, Intermediate2, Intermediate3;\n\tPasswordArray = new_raw_buf(len);\n\tPasswordArray[0] = PasswordDecoded.length;\n\tfor(i = 1; i != len; ++i) PasswordArray[i] = PasswordDecoded[i-1];\n\tfor(i = len-1; i >= 0; --i) {\n\t\tPasswordByte = PasswordArray[i];\n\t\tIntermediate1 = ((Verifier & 0x4000) === 0x0000) ? 0 : 1;\n\t\tIntermediate2 = (Verifier << 1) & 0x7FFF;\n\t\tIntermediate3 = Intermediate1 | Intermediate2;\n\t\tVerifier = Intermediate3 ^ PasswordByte;\n\t}\n\treturn Verifier ^ 0xCE4B;\n}\n\n/* [MS-OFFCRYPTO] 2.3.7.2 Binary Document XOR Array Initialization */\nvar crypto_CreateXorArray_Method1 = (function() {\n\tvar PadArray = [0xBB, 0xFF, 0xFF, 0xBA, 0xFF, 0xFF, 0xB9, 0x80, 0x00, 0xBE, 0x0F, 0x00, 0xBF, 0x0F, 0x00];\n\tvar InitialCode = [0xE1F0, 0x1D0F, 0xCC9C, 0x84C0, 0x110C, 0x0E10, 0xF1CE, 0x313E, 0x1872, 0xE139, 0xD40F, 0x84F9, 0x280C, 0xA96A, 0x4EC3];\n\tvar XorMatrix = [0xAEFC, 0x4DD9, 0x9BB2, 0x2745, 0x4E8A, 0x9D14, 0x2A09, 0x7B61, 0xF6C2, 0xFDA5, 0xEB6B, 0xC6F7, 0x9DCF, 0x2BBF, 0x4563, 0x8AC6, 0x05AD, 0x0B5A, 0x16B4, 0x2D68, 0x5AD0, 0x0375, 0x06EA, 0x0DD4, 0x1BA8, 0x3750, 0x6EA0, 0xDD40, 0xD849, 0xA0B3, 0x5147, 0xA28E, 0x553D, 0xAA7A, 0x44D5, 0x6F45, 0xDE8A, 0xAD35, 0x4A4B, 0x9496, 0x390D, 0x721A, 0xEB23, 0xC667, 0x9CEF, 0x29FF, 0x53FE, 0xA7FC, 0x5FD9, 0x47D3, 0x8FA6, 0x0F6D, 0x1EDA, 0x3DB4, 0x7B68, 0xF6D0, 0xB861, 0x60E3, 0xC1C6, 0x93AD, 0x377B, 0x6EF6, 0xDDEC, 0x45A0, 0x8B40, 0x06A1, 0x0D42, 0x1A84, 0x3508, 0x6A10, 0xAA51, 0x4483, 0x8906, 0x022D, 0x045A, 0x08B4, 0x1168, 0x76B4, 0xED68, 0xCAF1, 0x85C3, 0x1BA7, 0x374E, 0x6E9C, 0x3730, 0x6E60, 0xDCC0, 0xA9A1, 0x4363, 0x86C6, 0x1DAD, 0x3331, 0x6662, 0xCCC4, 0x89A9, 0x0373, 0x06E6, 0x0DCC, 0x1021, 0x2042, 0x4084, 0x8108, 0x1231, 0x2462, 0x48C4];\n\tvar Ror = function(Byte) { return ((Byte/2) | (Byte*128)) & 0xFF; };\n\tvar XorRor = function(byte1, byte2) { return Ror(byte1 ^ byte2); };\n\tvar CreateXorKey_Method1 = function(Password) {\n\t\tvar XorKey = InitialCode[Password.length - 1];\n\t\tvar CurrentElement = 0x68;\n\t\tfor(var i = Password.length-1; i >= 0; --i) {\n\t\t\tvar Char = Password[i];\n\t\t\tfor(var j = 0; j != 7; ++j) {\n\t\t\t\tif(Char & 0x40) XorKey ^= XorMatrix[CurrentElement];\n\t\t\t\tChar *= 2; --CurrentElement;\n\t\t\t}\n\t\t}\n\t\treturn XorKey;\n\t};\n\treturn function(password) {\n\t\tvar Password = _JS2ANSI(password);\n\t\tvar XorKey = CreateXorKey_Method1(Password);\n\t\tvar Index = Password.length;\n\t\tvar ObfuscationArray = new_raw_buf(16);\n\t\tfor(var i = 0; i != 16; ++i) ObfuscationArray[i] = 0x00;\n\t\tvar Temp, PasswordLastChar, PadIndex;\n\t\tif((Index & 1) === 1) {\n\t\t\tTemp = XorKey >> 8;\n\t\t\tObfuscationArray[Index] = XorRor(PadArray[0], Temp);\n\t\t\t--Index;\n\t\t\tTemp = XorKey & 0xFF;\n\t\t\tPasswordLastChar = Password[Password.length - 1];\n\t\t\tObfuscationArray[Index] = XorRor(PasswordLastChar, Temp);\n\t\t}\n\t\twhile(Index > 0) {\n\t\t\t--Index;\n\t\t\tTemp = XorKey >> 8;\n\t\t\tObfuscationArray[Index] = XorRor(Password[Index], Temp);\n\t\t\t--Index;\n\t\t\tTemp = XorKey & 0xFF;\n\t\t\tObfuscationArray[Index] = XorRor(Password[Index], Temp);\n\t\t}\n\t\tIndex = 15;\n\t\tPadIndex = 15 - Password.length;\n\t\twhile(PadIndex > 0) {\n\t\t\tTemp = XorKey >> 8;\n\t\t\tObfuscationArray[Index] = XorRor(PadArray[PadIndex], Temp);\n\t\t\t--Index;\n\t\t\t--PadIndex;\n\t\t\tTemp = XorKey & 0xFF;\n\t\t\tObfuscationArray[Index] = XorRor(Password[Index], Temp);\n\t\t\t--Index;\n\t\t\t--PadIndex;\n\t\t}\n\t\treturn ObfuscationArray;\n\t};\n})();\n\n/* [MS-OFFCRYPTO] 2.3.7.3 Binary Document XOR Data Transformation Method 1 */\nvar crypto_DecryptData_Method1 = function(password, Data, XorArrayIndex, XorArray, O) {\n\t/* If XorArray is set, use it; if O is not set, make changes in-place */\n\tif(!O) O = Data;\n\tif(!XorArray) XorArray = crypto_CreateXorArray_Method1(password);\n\tvar Index, Value;\n\tfor(Index = 0; Index != Data.length; ++Index) {\n\t\tValue = Data[Index];\n\t\tValue ^= XorArray[XorArrayIndex];\n\t\tValue = ((Value>>5) | (Value<<3)) & 0xFF;\n\t\tO[Index] = Value;\n\t\t++XorArrayIndex;\n\t}\n\treturn [O, XorArrayIndex, XorArray];\n};\n\nvar crypto_MakeXorDecryptor = function(password) {\n\tvar XorArrayIndex = 0, XorArray = crypto_CreateXorArray_Method1(password);\n\treturn function(Data) {\n\t\tvar O = crypto_DecryptData_Method1(null, Data, XorArrayIndex, XorArray);\n\t\tXorArrayIndex = O[1];\n\t\treturn O[0];\n\t};\n};\n\n/* 2.5.343 */\nfunction parse_XORObfuscation(blob, length, opts, out) {\n\tvar o = { key: parseuint16(blob), verificationBytes: parseuint16(blob) };\n\tif(opts.password) o.verifier = crypto_CreatePasswordVerifier_Method1(opts.password);\n\tout.valid = o.verificationBytes === o.verifier;\n\tif(out.valid) out.insitu_decrypt = crypto_MakeXorDecryptor(opts.password);\n\treturn o;\n}\n\n/* 2.4.117 */\nfunction parse_FilePassHeader(blob, length, oo) {\n\tvar o = oo || {}; o.Info = blob.read_shift(2); blob.l -= 2;\n\tif(o.Info === 1) o.Data = parse_RC4Header(blob, length);\n\telse o.Data = parse_RC4CryptoHeader(blob, length);\n\treturn o;\n}\nfunction parse_FilePass(blob, length, opts) {\n\tvar o = { Type: blob.read_shift(2) }; /* wEncryptionType */\n\tif(o.Type) parse_FilePassHeader(blob, length-2, o);\n\telse parse_XORObfuscation(blob, length-2, opts, o);\n\treturn o;\n}\n\n\nfunction hex2RGB(h) {\n\tvar o = h.substr(h[0]===\"#\"?1:0,6);\n\treturn [parseInt(o.substr(0,2),16),parseInt(o.substr(0,2),16),parseInt(o.substr(0,2),16)];\n}\nfunction rgb2Hex(rgb) {\n\tfor(var i=0,o=1; i!=3; ++i) o = o*256 + (rgb[i]>255?255:rgb[i]<0?0:rgb[i]);\n\treturn o.toString(16).toUpperCase().substr(1);\n}\n\nfunction rgb2HSL(rgb) {\n\tvar R = rgb[0]/255, G = rgb[1]/255, B=rgb[2]/255;\n\tvar M = Math.max(R, G, B), m = Math.min(R, G, B), C = M - m;\n\tif(C === 0) return [0, 0, R];\n\n\tvar H6 = 0, S = 0, L2 = (M + m);\n\tS = C / (L2 > 1 ? 2 - L2 : L2);\n\tswitch(M){\n\t\tcase R: H6 = ((G - B) / C + 6)%6; break;\n\t\tcase G: H6 = ((B - R) / C + 2); break;\n\t\tcase B: H6 = ((R - G) / C + 4); break;\n\t}\n\treturn [H6 / 6, S, L2 / 2];\n}\n\nfunction hsl2RGB(hsl){\n\tvar H = hsl[0], S = hsl[1], L = hsl[2];\n\tvar C = S * 2 * (L < 0.5 ? L : 1 - L), m = L - C/2;\n\tvar rgb = [m,m,m], h6 = 6*H;\n\n\tvar X;\n\tif(S !== 0) switch(h6|0) {\n\t\tcase 0: case 6: X = C * h6; rgb[0] += C; rgb[1] += X; break;\n\t\tcase 1: X = C * (2 - h6); rgb[0] += X; rgb[1] += C; break;\n\t\tcase 2: X = C * (h6 - 2); rgb[1] += C; rgb[2] += X; break;\n\t\tcase 3: X = C * (4 - h6); rgb[1] += X; rgb[2] += C; break;\n\t\tcase 4: X = C * (h6 - 4); rgb[2] += C; rgb[0] += X; break;\n\t\tcase 5: X = C * (6 - h6); rgb[2] += X; rgb[0] += C; break;\n\t}\n\tfor(var i = 0; i != 3; ++i) rgb[i] = Math.round(rgb[i]*255);\n\treturn rgb;\n}\n\n/* 18.8.3 bgColor tint algorithm */\nfunction rgb_tint(hex, tint) {\n\tif(tint === 0) return hex;\n\tvar hsl = rgb2HSL(hex2RGB(hex));\n\tif (tint < 0) hsl[2] = hsl[2] * (1 + tint);\n\telse hsl[2] = 1 - (1 - hsl[2]) * (1 - tint);\n\treturn rgb2Hex(hsl2RGB(hsl));\n}\n\n/* 18.3.1.13 width calculations */\nvar DEF_MDW = 7, MAX_MDW = 15, MIN_MDW = 1, MDW = DEF_MDW;\nfunction width2px(width) { return (( width + ((128/MDW)|0)/256 )* MDW )|0; }\nfunction px2char(px) { return (((px - 5)/MDW * 100 + 0.5)|0)/100; }\nfunction char2width(chr) { return (((chr * MDW + 5)/MDW*256)|0)/256; }\nfunction cycle_width(collw) { return char2width(px2char(width2px(collw))); }\nfunction find_mdw(collw, coll) {\n\tif(cycle_width(collw) != collw) {\n\t\tfor(MDW=DEF_MDW; MDW>MIN_MDW; --MDW) if(cycle_width(collw) === collw) break;\n\t\tif(MDW === MIN_MDW) for(MDW=DEF_MDW+1; MDW<MAX_MDW; ++MDW) if(cycle_width(collw) === collw) break;\n\t\tif(MDW === MAX_MDW) MDW = DEF_MDW;\n\t}\n}\n\n/* [MS-EXSPXML3] 2.4.54 ST_enmPattern */\nvar XLMLPatternTypeMap = {\n\t\"None\": \"none\",\n\t\"Solid\": \"solid\",\n\t\"Gray50\": \"mediumGray\",\n\t\"Gray75\": \"darkGray\",\n\t\"Gray25\": \"lightGray\",\n\t\"HorzStripe\": \"darkHorizontal\",\n\t\"VertStripe\": \"darkVertical\",\n\t\"ReverseDiagStripe\": \"darkDown\",\n\t\"DiagStripe\": \"darkUp\",\n\t\"DiagCross\": \"darkGrid\",\n\t\"ThickDiagCross\": \"darkTrellis\",\n\t\"ThinHorzStripe\": \"lightHorizontal\",\n\t\"ThinVertStripe\": \"lightVertical\",\n\t\"ThinReverseDiagStripe\": \"lightDown\",\n\t\"ThinHorzCross\": \"lightGrid\"\n};\n\nvar styles = {}; // shared styles\n\nvar themes = {}; // shared themes\n\n/* 18.8.21 fills CT_Fills */\nfunction parse_fills(t, opts) {\n\tstyles.Fills = [];\n\tvar fill = {};\n\tt[0].match(tagregex).forEach(function(x) {\n\t\tvar y = parsexmltag(x);\n\t\tswitch(y[0]) {\n\t\t\tcase '<fills': case '<fills>': case '</fills>': break;\n\n\t\t\t/* 18.8.20 fill CT_Fill */\n\t\t\tcase '<fill>': break;\n\t\t\tcase '</fill>': styles.Fills.push(fill); fill = {}; break;\n\n\t\t\t/* 18.8.32 patternFill CT_PatternFill */\n\t\t\tcase '<patternFill':\n\t\t\t\tif(y.patternType) fill.patternType = y.patternType;\n\t\t\t\tbreak;\n\t\t\tcase '<patternFill/>': case '</patternFill>': break;\n\n\t\t\t/* 18.8.3 bgColor CT_Color */\n\t\t\tcase '<bgColor':\n\t\t\t\tif(!fill.bgColor) fill.bgColor = {};\n\t\t\t\tif(y.indexed) fill.bgColor.indexed = parseInt(y.indexed, 10);\n\t\t\t\tif(y.theme) fill.bgColor.theme = parseInt(y.theme, 10);\n\t\t\t\tif(y.tint) fill.bgColor.tint = parseFloat(y.tint);\n\t\t\t\t/* Excel uses ARGB strings */\n\t\t\t\tif(y.rgb) fill.bgColor.rgb = y.rgb.substring(y.rgb.length - 6);\n\t\t\t\tbreak;\n\t\t\tcase '<bgColor/>': case '</bgColor>': break;\n\n\t\t\t/* 18.8.19 fgColor CT_Color */\n\t\t\tcase '<fgColor':\n\t\t\t\tif(!fill.fgColor) fill.fgColor = {};\n\t\t\t\tif(y.theme) fill.fgColor.theme = parseInt(y.theme, 10);\n\t\t\t\tif(y.tint) fill.fgColor.tint = parseFloat(y.tint);\n\t\t\t\t/* Excel uses ARGB strings */\n\t\t\t\tif(y.rgb) fill.fgColor.rgb = y.rgb.substring(y.rgb.length - 6);\n\t\t\t\tbreak;\n\t\t\tcase '<fgColor/>': case '</fgColor>': break;\n\n\t\t\tdefault: if(opts.WTF) throw 'unrecognized ' + y[0] + ' in fills';\n\t\t}\n\t});\n}\n\n/* 18.8.31 numFmts CT_NumFmts */\nfunction parse_numFmts(t, opts) {\n\tstyles.NumberFmt = [];\n\tvar k = keys(SSF._table);\n\tfor(var i=0; i < k.length; ++i) styles.NumberFmt[k[i]] = SSF._table[k[i]];\n\tvar m = t[0].match(tagregex);\n\tfor(i=0; i < m.length; ++i) {\n\t\tvar y = parsexmltag(m[i]);\n\t\tswitch(y[0]) {\n\t\t\tcase '<numFmts': case '</numFmts>': case '<numFmts/>': case '<numFmts>': break;\n\t\t\tcase '<numFmt': {\n\t\t\t\tvar f=unescapexml(utf8read(y.formatCode)), j=parseInt(y.numFmtId,10);\n\t\t\t\tstyles.NumberFmt[j] = f; if(j>0) SSF.load(f,j);\n\t\t\t} break;\n\t\t\tdefault: if(opts.WTF) throw 'unrecognized ' + y[0] + ' in numFmts';\n\t\t}\n\t}\n}\n\nfunction write_numFmts(NF, opts) {\n\tvar o = [\"<numFmts>\"];\n\t[[5,8],[23,26],[41,44],[63,66],[164,392]].forEach(function(r) {\n\t\tfor(var i = r[0]; i <= r[1]; ++i) if(NF[i] !== undefined) o[o.length] = (writextag('numFmt',null,{numFmtId:i,formatCode:escapexml(NF[i])}));\n\t});\n\tif(o.length === 1) return \"\";\n\to[o.length] = (\"</numFmts>\");\n\to[0] = writextag('numFmts', null, { count:o.length-2 }).replace(\"/>\", \">\");\n\treturn o.join(\"\");\n}\n\n/* 18.8.10 cellXfs CT_CellXfs */\nfunction parse_cellXfs(t, opts) {\n\tstyles.CellXf = [];\n\tt[0].match(tagregex).forEach(function(x) {\n\t\tvar y = parsexmltag(x);\n\t\tswitch(y[0]) {\n\t\t\tcase '<cellXfs': case '<cellXfs>': case '<cellXfs/>': case '</cellXfs>': break;\n\n\t\t\t/* 18.8.45 xf CT_Xf */\n\t\t\tcase '<xf': delete y[0];\n\t\t\t\tif(y.numFmtId) y.numFmtId = parseInt(y.numFmtId, 10);\n\t\t\t\tif(y.fillId) y.fillId = parseInt(y.fillId, 10);\n\t\t\t\tstyles.CellXf.push(y); break;\n\t\t\tcase '</xf>': break;\n\n\t\t\t/* 18.8.1 alignment CT_CellAlignment */\n\t\t\tcase '<alignment': case '<alignment/>': break;\n\n\t\t\t/* 18.8.33 protection CT_CellProtection */\n\t\t\tcase '<protection': case '</protection>': case '<protection/>': break;\n\n\t\t\tcase '<extLst': case '</extLst>': break;\n\t\t\tcase '<ext': break;\n\t\t\tdefault: if(opts.WTF) throw 'unrecognized ' + y[0] + ' in cellXfs';\n\t\t}\n\t});\n}\n\nfunction write_cellXfs(cellXfs) {\n\tvar o = [];\n\to[o.length] = (writextag('cellXfs',null));\n\tcellXfs.forEach(function(c) { o[o.length] = (writextag('xf', null, c)); });\n\to[o.length] = (\"</cellXfs>\");\n\tif(o.length === 2) return \"\";\n\to[0] = writextag('cellXfs',null, {count:o.length-2}).replace(\"/>\",\">\");\n\treturn o.join(\"\");\n}\n\n/* 18.8 Styles CT_Stylesheet*/\nvar parse_sty_xml= (function make_pstyx() {\nvar numFmtRegex = /<numFmts([^>]*)>.*<\\/numFmts>/;\nvar cellXfRegex = /<cellXfs([^>]*)>.*<\\/cellXfs>/;\nvar fillsRegex = /<fills([^>]*)>.*<\\/fills>/;\n\nreturn function parse_sty_xml(data, opts) {\n\t/* 18.8.39 styleSheet CT_Stylesheet */\n\tvar t;\n\n\t/* numFmts CT_NumFmts ? */\n\tif((t=data.match(numFmtRegex))) parse_numFmts(t, opts);\n\n\t/* fonts CT_Fonts ? */\n\t/*if((t=data.match(/<fonts([^>]*)>.*<\\/fonts>/))) parse_fonts(t, opts);*/\n\n\t/* fills CT_Fills */\n\tif((t=data.match(fillsRegex))) parse_fills(t, opts);\n\n\t/* borders CT_Borders ? */\n\t/* cellStyleXfs CT_CellStyleXfs ? */\n\n\t/* cellXfs CT_CellXfs ? */\n\tif((t=data.match(cellXfRegex))) parse_cellXfs(t, opts);\n\n\t/* dxfs CT_Dxfs ? */\n\t/* tableStyles CT_TableStyles ? */\n\t/* colors CT_Colors ? */\n\t/* extLst CT_ExtensionList ? */\n\n\treturn styles;\n};\n})();\n\nvar STYLES_XML_ROOT = writextag('styleSheet', null, {\n\t'xmlns': XMLNS.main[0],\n\t'xmlns:vt': XMLNS.vt\n});\n\nRELS.STY = \"http://schemas.openxmlformats.org/officeDocument/2006/relationships/styles\";\n\nfunction write_sty_xml(wb, opts) {\n\tvar o = [XML_HEADER, STYLES_XML_ROOT], w;\n\tif((w = write_numFmts(wb.SSF)) != null) o[o.length] = w;\n\to[o.length] = ('<fonts count=\"1\"><font><sz val=\"12\"/><color theme=\"1\"/><name val=\"Calibri\"/><family val=\"2\"/><scheme val=\"minor\"/></font></fonts>');\n\to[o.length] = ('<fills count=\"2\"><fill><patternFill patternType=\"none\"/></fill><fill><patternFill patternType=\"gray125\"/></fill></fills>');\n\to[o.length] = ('<borders count=\"1\"><border><left/><right/><top/><bottom/><diagonal/></border></borders>');\n\to[o.length] = ('<cellStyleXfs count=\"1\"><xf numFmtId=\"0\" fontId=\"0\" fillId=\"0\" borderId=\"0\"/></cellStyleXfs>');\n\tif((w = write_cellXfs(opts.cellXfs))) o[o.length] = (w);\n\to[o.length] = ('<cellStyles count=\"1\"><cellStyle name=\"Normal\" xfId=\"0\" builtinId=\"0\"/></cellStyles>');\n\to[o.length] = ('<dxfs count=\"0\"/>');\n\to[o.length] = ('<tableStyles count=\"0\" defaultTableStyle=\"TableStyleMedium9\" defaultPivotStyle=\"PivotStyleMedium4\"/>');\n\n\tif(o.length>2){ o[o.length] = ('</styleSheet>'); o[1]=o[1].replace(\"/>\",\">\"); }\n\treturn o.join(\"\");\n}\n/* [MS-XLSB] 2.4.651 BrtFmt */\nfunction parse_BrtFmt(data, length) {\n\tvar ifmt = data.read_shift(2);\n\tvar stFmtCode = parse_XLWideString(data,length-2);\n\treturn [ifmt, stFmtCode];\n}\n\n/* [MS-XLSB] 2.4.653 BrtFont TODO */\nfunction parse_BrtFont(data, length) {\n\tvar out = {flags:{}};\n\tout.dyHeight = data.read_shift(2);\n\tout.grbit = parse_FontFlags(data, 2);\n\tout.bls = data.read_shift(2);\n\tout.sss = data.read_shift(2);\n\tout.uls = data.read_shift(1);\n\tout.bFamily = data.read_shift(1);\n\tout.bCharSet = data.read_shift(1);\n\tdata.l++;\n\tout.brtColor = parse_BrtColor(data, 8);\n\tout.bFontScheme = data.read_shift(1);\n\tout.name = parse_XLWideString(data, length - 21);\n\n\tout.flags.Bold = out.bls === 0x02BC;\n\tout.flags.Italic = out.grbit.fItalic;\n\tout.flags.Strikeout = out.grbit.fStrikeout;\n\tout.flags.Outline = out.grbit.fOutline;\n\tout.flags.Shadow = out.grbit.fShadow;\n\tout.flags.Condense = out.grbit.fCondense;\n\tout.flags.Extend = out.grbit.fExtend;\n\tout.flags.Sub = out.sss & 0x2;\n\tout.flags.Sup = out.sss & 0x1;\n\treturn out;\n}\n\n/* [MS-XLSB] 2.4.816 BrtXF */\nfunction parse_BrtXF(data, length) {\n\tvar ixfeParent = data.read_shift(2);\n\tvar ifmt = data.read_shift(2);\n\tparsenoop(data, length-4);\n\treturn {ixfe:ixfeParent, ifmt:ifmt };\n}\n\n/* [MS-XLSB] 2.1.7.50 Styles */\nfunction parse_sty_bin(data, opts) {\n\tstyles.NumberFmt = [];\n\tfor(var y in SSF._table) styles.NumberFmt[y] = SSF._table[y];\n\n\tstyles.CellXf = [];\n\tvar state = \"\"; /* TODO: this should be a stack */\n\tvar pass = false;\n\trecordhopper(data, function hopper_sty(val, R, RT) {\n\t\tswitch(R.n) {\n\t\t\tcase 'BrtFmt':\n\t\t\t\tstyles.NumberFmt[val[0]] = val[1]; SSF.load(val[1], val[0]);\n\t\t\t\tbreak;\n\t\t\tcase 'BrtFont': break; /* TODO */\n\t\t\tcase 'BrtKnownFonts': break; /* TODO */\n\t\t\tcase 'BrtFill': break; /* TODO */\n\t\t\tcase 'BrtBorder': break; /* TODO */\n\t\t\tcase 'BrtXF':\n\t\t\t\tif(state === \"CELLXFS\") {\n\t\t\t\t\tstyles.CellXf.push(val);\n\t\t\t\t}\n\t\t\t\tbreak; /* TODO */\n\t\t\tcase 'BrtStyle': break; /* TODO */\n\t\t\tcase 'BrtDXF': break; /* TODO */\n\t\t\tcase 'BrtMRUColor': break; /* TODO */\n\t\t\tcase 'BrtIndexedColor': break; /* TODO */\n\t\t\tcase 'BrtBeginStyleSheet': break;\n\t\t\tcase 'BrtEndStyleSheet': break;\n\t\t\tcase 'BrtBeginTableStyle': break;\n\t\t\tcase 'BrtTableStyleElement': break;\n\t\t\tcase 'BrtEndTableStyle': break;\n\t\t\tcase 'BrtBeginFmts': state = \"FMTS\"; break;\n\t\t\tcase 'BrtEndFmts': state = \"\"; break;\n\t\t\tcase 'BrtBeginFonts': state = \"FONTS\"; break;\n\t\t\tcase 'BrtEndFonts': state = \"\"; break;\n\t\t\tcase 'BrtACBegin': state = \"ACFONTS\"; break;\n\t\t\tcase 'BrtACEnd': state = \"\"; break;\n\t\t\tcase 'BrtBeginFills': state = \"FILLS\"; break;\n\t\t\tcase 'BrtEndFills': state = \"\"; break;\n\t\t\tcase 'BrtBeginBorders': state = \"BORDERS\"; break;\n\t\t\tcase 'BrtEndBorders': state = \"\"; break;\n\t\t\tcase 'BrtBeginCellStyleXFs': state = \"CELLSTYLEXFS\"; break;\n\t\t\tcase 'BrtEndCellStyleXFs': state = \"\"; break;\n\t\t\tcase 'BrtBeginCellXFs': state = \"CELLXFS\"; break;\n\t\t\tcase 'BrtEndCellXFs': state = \"\"; break;\n\t\t\tcase 'BrtBeginStyles': state = \"STYLES\"; break;\n\t\t\tcase 'BrtEndStyles': state = \"\"; break;\n\t\t\tcase 'BrtBeginDXFs': state = \"DXFS\"; break;\n\t\t\tcase 'BrtEndDXFs': state = \"\"; break;\n\t\t\tcase 'BrtBeginTableStyles': state = \"TABLESTYLES\"; break;\n\t\t\tcase 'BrtEndTableStyles': state = \"\"; break;\n\t\t\tcase 'BrtBeginColorPalette': state = \"COLORPALETTE\"; break;\n\t\t\tcase 'BrtEndColorPalette': state = \"\"; break;\n\t\t\tcase 'BrtBeginIndexedColors': state = \"INDEXEDCOLORS\"; break;\n\t\t\tcase 'BrtEndIndexedColors': state = \"\"; break;\n\t\t\tcase 'BrtBeginMRUColors': state = \"MRUCOLORS\"; break;\n\t\t\tcase 'BrtEndMRUColors': state = \"\"; break;\n\t\t\tcase 'BrtFRTBegin': pass = true; break;\n\t\t\tcase 'BrtFRTEnd': pass = false; break;\n\t\t\tcase 'BrtBeginStyleSheetExt14': break;\n\t\t\tcase 'BrtBeginSlicerStyles': break;\n\t\t\tcase 'BrtEndSlicerStyles': break;\n\t\t\tcase 'BrtBeginTimelineStylesheetExt15': break;\n\t\t\tcase 'BrtEndTimelineStylesheetExt15': break;\n\t\t\tcase 'BrtBeginTimelineStyles': break;\n\t\t\tcase 'BrtEndTimelineStyles': break;\n\t\t\tcase 'BrtEndStyleSheetExt14': break;\n\t\t\tdefault: if(!pass || opts.WTF) throw new Error(\"Unexpected record \" + RT + \" \" + R.n);\n\t\t}\n\t});\n\treturn styles;\n}\n\n/* [MS-XLSB] 2.1.7.50 Styles */\nfunction write_sty_bin(data, opts) {\n\tvar ba = buf_array();\n\twrite_record(ba, \"BrtBeginStyleSheet\");\n\t/* [FMTS] */\n\t/* [FONTS] */\n\t/* [FILLS] */\n\t/* [BORDERS] */\n\t/* CELLSTYLEXFS */\n\t/* CELLXFS*/\n\t/* STYLES */\n\t/* DXFS */\n\t/* TABLESTYLES */\n\t/* [COLORPALETTE] */\n\t/* FRTSTYLESHEET*/\n\twrite_record(ba, \"BrtEndStyleSheet\");\n\treturn ba.end();\n}\nRELS.THEME = \"http://schemas.openxmlformats.org/officeDocument/2006/relationships/theme\";\n\n/* 20.1.6.2 clrScheme CT_ColorScheme */\nfunction parse_clrScheme(t, opts) {\n\tthemes.themeElements.clrScheme = [];\n\tvar color = {};\n\tt[0].match(tagregex).forEach(function(x) {\n\t\tvar y = parsexmltag(x);\n\t\tswitch(y[0]) {\n\t\t\tcase '<a:clrScheme': case '</a:clrScheme>': break;\n\n\t\t\t/* 20.1.2.3.32 srgbClr CT_SRgbColor */\n\t\t\tcase '<a:srgbClr': color.rgb = y.val; break;\n\n\t\t\t/* 20.1.2.3.33 sysClr CT_SystemColor */\n\t\t\tcase '<a:sysClr': color.rgb = y.lastClr; break;\n\n\t\t\t/* 20.1.4.1.9 dk1 (Dark 1) */\n\t\t\tcase '<a:dk1>':\n\t\t\tcase '</a:dk1>':\n\t\t\t/* 20.1.4.1.10 dk2 (Dark 2) */\n\t\t\tcase '<a:dk2>':\n\t\t\tcase '</a:dk2>':\n\t\t\t/* 20.1.4.1.22 lt1 (Light 1) */\n\t\t\tcase '<a:lt1>':\n\t\t\tcase '</a:lt1>':\n\t\t\t/* 20.1.4.1.23 lt2 (Light 2) */\n\t\t\tcase '<a:lt2>':\n\t\t\tcase '</a:lt2>':\n\t\t\t/* 20.1.4.1.1 accent1 (Accent 1) */\n\t\t\tcase '<a:accent1>':\n\t\t\tcase '</a:accent1>':\n\t\t\t/* 20.1.4.1.2 accent2 (Accent 2) */\n\t\t\tcase '<a:accent2>':\n\t\t\tcase '</a:accent2>':\n\t\t\t/* 20.1.4.1.3 accent3 (Accent 3) */\n\t\t\tcase '<a:accent3>':\n\t\t\tcase '</a:accent3>':\n\t\t\t/* 20.1.4.1.4 accent4 (Accent 4) */\n\t\t\tcase '<a:accent4>':\n\t\t\tcase '</a:accent4>':\n\t\t\t/* 20.1.4.1.5 accent5 (Accent 5) */\n\t\t\tcase '<a:accent5>':\n\t\t\tcase '</a:accent5>':\n\t\t\t/* 20.1.4.1.6 accent6 (Accent 6) */\n\t\t\tcase '<a:accent6>':\n\t\t\tcase '</a:accent6>':\n\t\t\t/* 20.1.4.1.19 hlink (Hyperlink) */\n\t\t\tcase '<a:hlink>':\n\t\t\tcase '</a:hlink>':\n\t\t\t/* 20.1.4.1.15 folHlink (Followed Hyperlink) */\n\t\t\tcase '<a:folHlink>':\n\t\t\tcase '</a:folHlink>':\n\t\t\t\tif (y[0][1] === '/') {\n\t\t\t\t\tthemes.themeElements.clrScheme.push(color);\n\t\t\t\t\tcolor = {};\n\t\t\t\t} else {\n\t\t\t\t\tcolor.name = y[0].substring(3, y[0].length - 1);\n\t\t\t\t}\n\t\t\t\tbreak;\n\n\t\t\tdefault: if(opts.WTF) throw 'unrecognized ' + y[0] + ' in clrScheme';\n\t\t}\n\t});\n}\n\n/* 20.1.4.1.18 fontScheme CT_FontScheme */\nfunction parse_fontScheme(t, opts) { }\n\n/* 20.1.4.1.15 fmtScheme CT_StyleMatrix */\nfunction parse_fmtScheme(t, opts) { }\n\nvar clrsregex = /<a:clrScheme([^>]*)>[^\\u2603]*<\\/a:clrScheme>/;\nvar fntsregex = /<a:fontScheme([^>]*)>[^\\u2603]*<\\/a:fontScheme>/;\nvar fmtsregex = /<a:fmtScheme([^>]*)>[^\\u2603]*<\\/a:fmtScheme>/;\n\n/* 20.1.6.10 themeElements CT_BaseStyles */\nfunction parse_themeElements(data, opts) {\n\tthemes.themeElements = {};\n\n\tvar t;\n\n\t[\n\t\t/* clrScheme CT_ColorScheme */\n\t\t['clrScheme', clrsregex, parse_clrScheme],\n\t\t/* fontScheme CT_FontScheme */\n\t\t['fontScheme', fntsregex, parse_fontScheme],\n\t\t/* fmtScheme CT_StyleMatrix */\n\t\t['fmtScheme', fmtsregex, parse_fmtScheme]\n\t].forEach(function(m) {\n\t\tif(!(t=data.match(m[1]))) throw m[0] + ' not found in themeElements';\n\t\tm[2](t, opts);\n\t});\n}\n\nvar themeltregex = /<a:themeElements([^>]*)>[^\\u2603]*<\\/a:themeElements>/;\n\n/* 14.2.7 Theme Part */\nfunction parse_theme_xml(data, opts) {\n\t/* 20.1.6.9 theme CT_OfficeStyleSheet */\n\tif(!data || data.length === 0) return themes;\n\n\tvar t;\n\n\t/* themeElements CT_BaseStyles */\n\tif(!(t=data.match(themeltregex))) throw 'themeElements not found in theme';\n\tparse_themeElements(t[0], opts);\n\n\treturn themes;\n}\n\nfunction write_theme() { return '<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"yes\"?>\\n<a:theme xmlns:a=\"http://schemas.openxmlformats.org/drawingml/2006/main\" name=\"Office Theme\"><a:themeElements><a:clrScheme name=\"Office\"><a:dk1><a:sysClr val=\"windowText\" lastClr=\"000000\"/></a:dk1><a:lt1><a:sysClr val=\"window\" lastClr=\"FFFFFF\"/></a:lt1><a:dk2><a:srgbClr val=\"1F497D\"/></a:dk2><a:lt2><a:srgbClr val=\"EEECE1\"/></a:lt2><a:accent1><a:srgbClr val=\"4F81BD\"/></a:accent1><a:accent2><a:srgbClr val=\"C0504D\"/></a:accent2><a:accent3><a:srgbClr val=\"9BBB59\"/></a:accent3><a:accent4><a:srgbClr val=\"8064A2\"/></a:accent4><a:accent5><a:srgbClr val=\"4BACC6\"/></a:accent5><a:accent6><a:srgbClr val=\"F79646\"/></a:accent6><a:hlink><a:srgbClr val=\"0000FF\"/></a:hlink><a:folHlink><a:srgbClr val=\"800080\"/></a:folHlink></a:clrScheme><a:fontScheme name=\"Office\"><a:majorFont><a:latin typeface=\"Cambria\"/><a:ea typeface=\"\"/><a:cs typeface=\"\"/><a:font script=\"Jpan\" typeface=\"ＭＳ Ｐゴシック\"/><a:font script=\"Hang\" typeface=\"맑은 고딕\"/><a:font script=\"Hans\" typeface=\"宋体\"/><a:font script=\"Hant\" typeface=\"新細明體\"/><a:font script=\"Arab\" typeface=\"Times New Roman\"/><a:font script=\"Hebr\" typeface=\"Times New Roman\"/><a:font script=\"Thai\" typeface=\"Tahoma\"/><a:font script=\"Ethi\" typeface=\"Nyala\"/><a:font script=\"Beng\" typeface=\"Vrinda\"/><a:font script=\"Gujr\" typeface=\"Shruti\"/><a:font script=\"Khmr\" typeface=\"MoolBoran\"/><a:font script=\"Knda\" typeface=\"Tunga\"/><a:font script=\"Guru\" typeface=\"Raavi\"/><a:font script=\"Cans\" typeface=\"Euphemia\"/><a:font script=\"Cher\" typeface=\"Plantagenet Cherokee\"/><a:font script=\"Yiii\" typeface=\"Microsoft Yi Baiti\"/><a:font script=\"Tibt\" typeface=\"Microsoft Himalaya\"/><a:font script=\"Thaa\" typeface=\"MV Boli\"/><a:font script=\"Deva\" typeface=\"Mangal\"/><a:font script=\"Telu\" typeface=\"Gautami\"/><a:font script=\"Taml\" typeface=\"Latha\"/><a:font script=\"Syrc\" typeface=\"Estrangelo Edessa\"/><a:font script=\"Orya\" typeface=\"Kalinga\"/><a:font script=\"Mlym\" typeface=\"Kartika\"/><a:font script=\"Laoo\" typeface=\"DokChampa\"/><a:font script=\"Sinh\" typeface=\"Iskoola Pota\"/><a:font script=\"Mong\" typeface=\"Mongolian Baiti\"/><a:font script=\"Viet\" typeface=\"Times New Roman\"/><a:font script=\"Uigh\" typeface=\"Microsoft Uighur\"/><a:font script=\"Geor\" typeface=\"Sylfaen\"/></a:majorFont><a:minorFont><a:latin typeface=\"Calibri\"/><a:ea typeface=\"\"/><a:cs typeface=\"\"/><a:font script=\"Jpan\" typeface=\"ＭＳ Ｐゴシック\"/><a:font script=\"Hang\" typeface=\"맑은 고딕\"/><a:font script=\"Hans\" typeface=\"宋体\"/><a:font script=\"Hant\" typeface=\"新細明體\"/><a:font script=\"Arab\" typeface=\"Arial\"/><a:font script=\"Hebr\" typeface=\"Arial\"/><a:font script=\"Thai\" typeface=\"Tahoma\"/><a:font script=\"Ethi\" typeface=\"Nyala\"/><a:font script=\"Beng\" typeface=\"Vrinda\"/><a:font script=\"Gujr\" typeface=\"Shruti\"/><a:font script=\"Khmr\" typeface=\"DaunPenh\"/><a:font script=\"Knda\" typeface=\"Tunga\"/><a:font script=\"Guru\" typeface=\"Raavi\"/><a:font script=\"Cans\" typeface=\"Euphemia\"/><a:font script=\"Cher\" typeface=\"Plantagenet Cherokee\"/><a:font script=\"Yiii\" typeface=\"Microsoft Yi Baiti\"/><a:font script=\"Tibt\" typeface=\"Microsoft Himalaya\"/><a:font script=\"Thaa\" typeface=\"MV Boli\"/><a:font script=\"Deva\" typeface=\"Mangal\"/><a:font script=\"Telu\" typeface=\"Gautami\"/><a:font script=\"Taml\" typeface=\"Latha\"/><a:font script=\"Syrc\" typeface=\"Estrangelo Edessa\"/><a:font script=\"Orya\" typeface=\"Kalinga\"/><a:font script=\"Mlym\" typeface=\"Kartika\"/><a:font script=\"Laoo\" typeface=\"DokChampa\"/><a:font script=\"Sinh\" typeface=\"Iskoola Pota\"/><a:font script=\"Mong\" typeface=\"Mongolian Baiti\"/><a:font script=\"Viet\" typeface=\"Arial\"/><a:font script=\"Uigh\" typeface=\"Microsoft Uighur\"/><a:font script=\"Geor\" typeface=\"Sylfaen\"/></a:minorFont></a:fontScheme><a:fmtScheme name=\"Office\"><a:fillStyleLst><a:solidFill><a:schemeClr val=\"phClr\"/></a:solidFill><a:gradFill rotWithShape=\"1\"><a:gsLst><a:gs pos=\"0\"><a:schemeClr val=\"phClr\"><a:tint val=\"50000\"/><a:satMod val=\"300000\"/></a:schemeClr></a:gs><a:gs pos=\"35000\"><a:schemeClr val=\"phClr\"><a:tint val=\"37000\"/><a:satMod val=\"300000\"/></a:schemeClr></a:gs><a:gs pos=\"100000\"><a:schemeClr val=\"phClr\"><a:tint val=\"15000\"/><a:satMod val=\"350000\"/></a:schemeClr></a:gs></a:gsLst><a:lin ang=\"16200000\" scaled=\"1\"/></a:gradFill><a:gradFill rotWithShape=\"1\"><a:gsLst><a:gs pos=\"0\"><a:schemeClr val=\"phClr\"><a:tint val=\"100000\"/><a:shade val=\"100000\"/><a:satMod val=\"130000\"/></a:schemeClr></a:gs><a:gs pos=\"100000\"><a:schemeClr val=\"phClr\"><a:tint val=\"50000\"/><a:shade val=\"100000\"/><a:satMod val=\"350000\"/></a:schemeClr></a:gs></a:gsLst><a:lin ang=\"16200000\" scaled=\"0\"/></a:gradFill></a:fillStyleLst><a:lnStyleLst><a:ln w=\"9525\" cap=\"flat\" cmpd=\"sng\" algn=\"ctr\"><a:solidFill><a:schemeClr val=\"phClr\"><a:shade val=\"95000\"/><a:satMod val=\"105000\"/></a:schemeClr></a:solidFill><a:prstDash val=\"solid\"/></a:ln><a:ln w=\"25400\" cap=\"flat\" cmpd=\"sng\" algn=\"ctr\"><a:solidFill><a:schemeClr val=\"phClr\"/></a:solidFill><a:prstDash val=\"solid\"/></a:ln><a:ln w=\"38100\" cap=\"flat\" cmpd=\"sng\" algn=\"ctr\"><a:solidFill><a:schemeClr val=\"phClr\"/></a:solidFill><a:prstDash val=\"solid\"/></a:ln></a:lnStyleLst><a:effectStyleLst><a:effectStyle><a:effectLst><a:outerShdw blurRad=\"40000\" dist=\"20000\" dir=\"5400000\" rotWithShape=\"0\"><a:srgbClr val=\"000000\"><a:alpha val=\"38000\"/></a:srgbClr></a:outerShdw></a:effectLst></a:effectStyle><a:effectStyle><a:effectLst><a:outerShdw blurRad=\"40000\" dist=\"23000\" dir=\"5400000\" rotWithShape=\"0\"><a:srgbClr val=\"000000\"><a:alpha val=\"35000\"/></a:srgbClr></a:outerShdw></a:effectLst></a:effectStyle><a:effectStyle><a:effectLst><a:outerShdw blurRad=\"40000\" dist=\"23000\" dir=\"5400000\" rotWithShape=\"0\"><a:srgbClr val=\"000000\"><a:alpha val=\"35000\"/></a:srgbClr></a:outerShdw></a:effectLst><a:scene3d><a:camera prst=\"orthographicFront\"><a:rot lat=\"0\" lon=\"0\" rev=\"0\"/></a:camera><a:lightRig rig=\"threePt\" dir=\"t\"><a:rot lat=\"0\" lon=\"0\" rev=\"1200000\"/></a:lightRig></a:scene3d><a:sp3d><a:bevelT w=\"63500\" h=\"25400\"/></a:sp3d></a:effectStyle></a:effectStyleLst><a:bgFillStyleLst><a:solidFill><a:schemeClr val=\"phClr\"/></a:solidFill><a:gradFill rotWithShape=\"1\"><a:gsLst><a:gs pos=\"0\"><a:schemeClr val=\"phClr\"><a:tint val=\"40000\"/><a:satMod val=\"350000\"/></a:schemeClr></a:gs><a:gs pos=\"40000\"><a:schemeClr val=\"phClr\"><a:tint val=\"45000\"/><a:shade val=\"99000\"/><a:satMod val=\"350000\"/></a:schemeClr></a:gs><a:gs pos=\"100000\"><a:schemeClr val=\"phClr\"><a:shade val=\"20000\"/><a:satMod val=\"255000\"/></a:schemeClr></a:gs></a:gsLst><a:path path=\"circle\"><a:fillToRect l=\"50000\" t=\"-80000\" r=\"50000\" b=\"180000\"/></a:path></a:gradFill><a:gradFill rotWithShape=\"1\"><a:gsLst><a:gs pos=\"0\"><a:schemeClr val=\"phClr\"><a:tint val=\"80000\"/><a:satMod val=\"300000\"/></a:schemeClr></a:gs><a:gs pos=\"100000\"><a:schemeClr val=\"phClr\"><a:shade val=\"30000\"/><a:satMod val=\"200000\"/></a:schemeClr></a:gs></a:gsLst><a:path path=\"circle\"><a:fillToRect l=\"50000\" t=\"50000\" r=\"50000\" b=\"50000\"/></a:path></a:gradFill></a:bgFillStyleLst></a:fmtScheme></a:themeElements><a:objectDefaults><a:spDef><a:spPr/><a:bodyPr/><a:lstStyle/><a:style><a:lnRef idx=\"1\"><a:schemeClr val=\"accent1\"/></a:lnRef><a:fillRef idx=\"3\"><a:schemeClr val=\"accent1\"/></a:fillRef><a:effectRef idx=\"2\"><a:schemeClr val=\"accent1\"/></a:effectRef><a:fontRef idx=\"minor\"><a:schemeClr val=\"lt1\"/></a:fontRef></a:style></a:spDef><a:lnDef><a:spPr/><a:bodyPr/><a:lstStyle/><a:style><a:lnRef idx=\"2\"><a:schemeClr val=\"accent1\"/></a:lnRef><a:fillRef idx=\"0\"><a:schemeClr val=\"accent1\"/></a:fillRef><a:effectRef idx=\"1\"><a:schemeClr val=\"accent1\"/></a:effectRef><a:fontRef idx=\"minor\"><a:schemeClr val=\"tx1\"/></a:fontRef></a:style></a:lnDef></a:objectDefaults><a:extraClrSchemeLst/></a:theme>'; }\n/* [MS-XLS] 2.4.326 TODO: payload is a zip file */\nfunction parse_Theme(blob, length) {\n\tvar dwThemeVersion = blob.read_shift(4);\n\tif(dwThemeVersion === 124226) return;\n\tblob.l += length-4;\n}\n\n/* 2.5.49 */\nfunction parse_ColorTheme(blob, length) { return blob.read_shift(4); }\n\n/* 2.5.155 */\nfunction parse_FullColorExt(blob, length) {\n\tvar o = {};\n\to.xclrType = blob.read_shift(2);\n\to.nTintShade = blob.read_shift(2);\n\tswitch(o.xclrType) {\n\t\tcase 0: blob.l += 4; break;\n\t\tcase 1: o.xclrValue = parse_IcvXF(blob, 4); break;\n\t\tcase 2: o.xclrValue = parse_LongRGBA(blob, 4); break;\n\t\tcase 3: o.xclrValue = parse_ColorTheme(blob, 4); break;\n\t\tcase 4: blob.l += 4; break;\n\t}\n\tblob.l += 8;\n\treturn o;\n}\n\n/* 2.5.164 TODO: read 7 bits*/\nfunction parse_IcvXF(blob, length) {\n\treturn parsenoop(blob, length);\n}\n\n/* 2.5.280 */\nfunction parse_XFExtGradient(blob, length) {\n\treturn parsenoop(blob, length);\n}\n\n/* 2.5.108 */\nfunction parse_ExtProp(blob, length) {\n\tvar extType = blob.read_shift(2);\n\tvar cb = blob.read_shift(2);\n\tvar o = [extType];\n\tswitch(extType) {\n\t\tcase 0x04: case 0x05: case 0x07: case 0x08:\n\t\tcase 0x09: case 0x0A: case 0x0B: case 0x0D:\n\t\t\to[1] = parse_FullColorExt(blob, cb); break;\n\t\tcase 0x06: o[1] = parse_XFExtGradient(blob, cb); break;\n\t\tcase 0x0E: case 0x0F: o[1] = blob.read_shift(cb === 5 ? 1 : 2); break;\n\t\tdefault: throw new Error(\"Unrecognized ExtProp type: \" + extType + \" \" + cb);\n\t}\n\treturn o;\n}\n\n/* 2.4.355 */\nfunction parse_XFExt(blob, length) {\n\tvar end = blob.l + length;\n\tblob.l += 2;\n\tvar ixfe = blob.read_shift(2);\n\tblob.l += 2;\n\tvar cexts = blob.read_shift(2);\n\tvar ext = [];\n\twhile(cexts-- > 0) ext.push(parse_ExtProp(blob, end-blob.l));\n\treturn {ixfe:ixfe, ext:ext};\n}\n\n/* xf is an XF, see parse_XFExt for xfext */\nfunction update_xfext(xf, xfext) {\n\txfext.forEach(function(xfe) {\n\t\tswitch(xfe[0]) { /* 2.5.108 extPropData */\n\t\t\tcase 0x04: break; /* foreground color */\n\t\t\tcase 0x05: break; /* background color */\n\t\t\tcase 0x07: case 0x08: case 0x09: case 0x0a: break;\n\t\t\tcase 0x0d: break; /* text color */\n\t\t\tcase 0x0e: break; /* font scheme */\n\t\t\tdefault: throw \"bafuq\" + xfe[0].toString(16);\n\t\t}\n\t});\n}\n\n/* 18.6 Calculation Chain */\nfunction parse_cc_xml(data, opts) {\n\tvar d = [];\n\tvar l = 0, i = 1;\n\t(data.match(tagregex)||[]).forEach(function(x) {\n\t\tvar y = parsexmltag(x);\n\t\tswitch(y[0]) {\n\t\t\tcase '<?xml': break;\n\t\t\t/* 18.6.2 calcChain CT_CalcChain 1 */\n\t\t\tcase '<calcChain': case '<calcChain>': case '</calcChain>': break;\n\t\t\t/* 18.6.1 c CT_CalcCell 1 */\n\t\t\tcase '<c': delete y[0]; if(y.i) i = y.i; else y.i = i; d.push(y); break;\n\t\t}\n\t});\n\treturn d;\n}\n\nfunction write_cc_xml(data, opts) { }\n/* [MS-XLSB] 2.6.4.1 */\nfunction parse_BrtCalcChainItem$(data, length) {\n\tvar out = {};\n\tout.i = data.read_shift(4);\n\tvar cell = {};\n\tcell.r = data.read_shift(4);\n\tcell.c = data.read_shift(4);\n\tout.r = encode_cell(cell);\n\tvar flags = data.read_shift(1);\n\tif(flags & 0x2) out.l = '1';\n\tif(flags & 0x8) out.a = '1';\n\treturn out;\n}\n\n/* 18.6 Calculation Chain */\nfunction parse_cc_bin(data, opts) {\n\tvar out = [];\n\tvar pass = false;\n\trecordhopper(data, function hopper_cc(val, R, RT) {\n\t\tswitch(R.n) {\n\t\t\tcase 'BrtCalcChainItem$': out.push(val); break;\n\t\t\tcase 'BrtBeginCalcChain$': break;\n\t\t\tcase 'BrtEndCalcChain$': break;\n\t\t\tdefault: if(!pass || opts.WTF) throw new Error(\"Unexpected record \" + RT + \" \" + R.n);\n\t\t}\n\t});\n\treturn out;\n}\n\nfunction write_cc_bin(data, opts) { }\n\nfunction parse_comments(zip, dirComments, sheets, sheetRels, opts) {\n\tfor(var i = 0; i != dirComments.length; ++i) {\n\t\tvar canonicalpath=dirComments[i];\n\t\tvar comments=parse_cmnt(getzipdata(zip, canonicalpath.replace(/^\\//,''), true), canonicalpath, opts);\n\t\tif(!comments || !comments.length) continue;\n\t\t// find the sheets targeted by these comments\n\t\tvar sheetNames = keys(sheets);\n\t\tfor(var j = 0; j != sheetNames.length; ++j) {\n\t\t\tvar sheetName = sheetNames[j];\n\t\t\tvar rels = sheetRels[sheetName];\n\t\t\tif(rels) {\n\t\t\t\tvar rel = rels[canonicalpath];\n\t\t\t\tif(rel) insertCommentsIntoSheet(sheetName, sheets[sheetName], comments);\n\t\t\t}\n\t\t}\n\t}\n}\n\nfunction insertCommentsIntoSheet(sheetName, sheet, comments) {\n\tcomments.forEach(function(comment) {\n\t\tvar cell = sheet[comment.ref];\n\t\tif (!cell) {\n\t\t\tcell = {};\n\t\t\tsheet[comment.ref] = cell;\n\t\t\tvar range = safe_decode_range(sheet[\"!ref\"]||\"BDWGO1000001:A1\");\n\t\t\tvar thisCell = decode_cell(comment.ref);\n\t\t\tif(range.s.r > thisCell.r) range.s.r = thisCell.r;\n\t\t\tif(range.e.r < thisCell.r) range.e.r = thisCell.r;\n\t\t\tif(range.s.c > thisCell.c) range.s.c = thisCell.c;\n\t\t\tif(range.e.c < thisCell.c) range.e.c = thisCell.c;\n\t\t\tvar encoded = encode_range(range);\n\t\t\tif (encoded !== sheet[\"!ref\"]) sheet[\"!ref\"] = encoded;\n\t\t}\n\n\t\tif (!cell.c) cell.c = [];\n\t\tvar o = {a: comment.author, t: comment.t, r: comment.r};\n\t\tif(comment.h) o.h = comment.h;\n\t\tcell.c.push(o);\n\t});\n}\n\n/* 18.7.3 CT_Comment */\nfunction parse_comments_xml(data, opts) {\n\tif(data.match(/<(?:\\w+:)?comments *\\/>/)) return [];\n\tvar authors = [];\n\tvar commentList = [];\n\tdata.match(/<(?:\\w+:)?authors>([^\\u2603]*)<\\/(?:\\w+:)?authors>/)[1].split(/<\\/\\w*:?author>/).forEach(function(x) {\n\t\tif(x === \"\" || x.trim() === \"\") return;\n\t\tauthors.push(x.match(/<(?:\\w+:)?author[^>]*>(.*)/)[1]);\n\t});\n\t(data.match(/<(?:\\w+:)?commentList>([^\\u2603]*)<\\/(?:\\w+:)?commentList>/)||[\"\",\"\"])[1].split(/<\\/\\w*:?comment>/).forEach(function(x, index) {\n\t\tif(x === \"\" || x.trim() === \"\") return;\n\t\tvar y = parsexmltag(x.match(/<(?:\\w+:)?comment[^>]*>/)[0]);\n\t\tvar comment = { author: y.authorId && authors[y.authorId] ? authors[y.authorId] : undefined, ref: y.ref, guid: y.guid };\n\t\tvar cell = decode_cell(y.ref);\n\t\tif(opts.sheetRows && opts.sheetRows <= cell.r) return;\n\t\tvar textMatch = x.match(/<text>([^\\u2603]*)<\\/text>/);\n\t\tif (!textMatch || !textMatch[1]) return; // a comment may contain an empty text tag.\n\t\tvar rt = parse_si(textMatch[1]);\n\t\tcomment.r = rt.r;\n\t\tcomment.t = rt.t;\n\t\tif(opts.cellHTML) comment.h = rt.h;\n\t\tcommentList.push(comment);\n\t});\n\treturn commentList;\n}\n\nfunction write_comments_xml(data, opts) { }\n/* [MS-XLSB] 2.4.28 BrtBeginComment */\nfunction parse_BrtBeginComment(data, length) {\n\tvar out = {};\n\tout.iauthor = data.read_shift(4);\n\tvar rfx = parse_UncheckedRfX(data, 16);\n\tout.rfx = rfx.s;\n\tout.ref = encode_cell(rfx.s);\n\tdata.l += 16; /*var guid = parse_GUID(data); */\n\treturn out;\n}\n\n/* [MS-XLSB] 2.4.324 BrtCommentAuthor */\nvar parse_BrtCommentAuthor = parse_XLWideString;\n\n/* [MS-XLSB] 2.4.325 BrtCommentText */\nvar parse_BrtCommentText = parse_RichStr;\n\n/* [MS-XLSB] 2.1.7.8 Comments */\nfunction parse_comments_bin(data, opts) {\n\tvar out = [];\n\tvar authors = [];\n\tvar c = {};\n\tvar pass = false;\n\trecordhopper(data, function hopper_cmnt(val, R, RT) {\n\t\tswitch(R.n) {\n\t\t\tcase 'BrtCommentAuthor': authors.push(val); break;\n\t\t\tcase 'BrtBeginComment': c = val; break;\n\t\t\tcase 'BrtCommentText': c.t = val.t; c.h = val.h; c.r = val.r; break;\n\t\t\tcase 'BrtEndComment':\n\t\t\t\tc.author = authors[c.iauthor];\n\t\t\t\tdelete c.iauthor;\n\t\t\t\tif(opts.sheetRows && opts.sheetRows <= c.rfx.r) break;\n\t\t\t\tdelete c.rfx; out.push(c); break;\n\t\t\tcase 'BrtBeginComments': break;\n\t\t\tcase 'BrtEndComments': break;\n\t\t\tcase 'BrtBeginCommentAuthors': break;\n\t\t\tcase 'BrtEndCommentAuthors': break;\n\t\t\tcase 'BrtBeginCommentList': break;\n\t\t\tcase 'BrtEndCommentList': break;\n\t\t\tdefault: if(!pass || opts.WTF) throw new Error(\"Unexpected record \" + RT + \" \" + R.n);\n\t\t}\n\t});\n\treturn out;\n}\n\nfunction write_comments_bin(data, opts) { }\n/* TODO: it will be useful to parse the function str */\nvar rc_to_a1 = (function(){\n\tvar rcregex = /(^|[^A-Za-z])R(\\[?)(-?\\d+|)\\]?C(\\[?)(-?\\d+|)\\]?/g;\n\tvar rcbase;\n\tfunction rcfunc($$,$1,$2,$3,$4,$5) {\n\t\tvar R = $3.length>0?parseInt($3,10)|0:0, C = $5.length>0?parseInt($5,10)|0:0;\n\t\tif(C<0 && $4.length === 0) C=0;\n\t\tif($4.length > 0) C += rcbase.c;\n\t\tif($2.length > 0) R += rcbase.r;\n\t\treturn $1 + encode_col(C) + encode_row(R);\n\t}\n\treturn function rc_to_a1(fstr, base) {\n\t\trcbase = base;\n\t\treturn fstr.replace(rcregex, rcfunc);\n\t};\n})();\n\n/* --- formula references point to MS-XLS --- */\n/* Small helpers */\nfunction parseread(l) { return function(blob, length) { blob.l+=l; return; }; }\nfunction parseread1(blob, length) { blob.l+=1; return; }\n\n/* Rgce Helpers */\n\n/* 2.5.51 */\nfunction parse_ColRelU(blob, length) {\n\tvar c = blob.read_shift(2);\n\treturn [c & 0x3FFF, (c >> 14) & 1, (c >> 15) & 1];\n}\n\n/* 2.5.198.105 */\nfunction parse_RgceArea(blob, length) {\n\tvar r=blob.read_shift(2), R=blob.read_shift(2);\n\tvar c=parse_ColRelU(blob, 2);\n\tvar C=parse_ColRelU(blob, 2);\n\treturn { s:{r:r, c:c[0], cRel:c[1], rRel:c[2]}, e:{r:R, c:C[0], cRel:C[1], rRel:C[2]} };\n}\n\n/* 2.5.198.105 TODO */\nfunction parse_RgceAreaRel(blob, length) {\n\tvar r=blob.read_shift(2), R=blob.read_shift(2);\n\tvar c=parse_ColRelU(blob, 2);\n\tvar C=parse_ColRelU(blob, 2);\n\treturn { s:{r:r, c:c[0], cRel:c[1], rRel:c[2]}, e:{r:R, c:C[0], cRel:C[1], rRel:C[2]} };\n}\n\n/* 2.5.198.109 */\nfunction parse_RgceLoc(blob, length) {\n\tvar r = blob.read_shift(2);\n\tvar c = parse_ColRelU(blob, 2);\n\treturn {r:r, c:c[0], cRel:c[1], rRel:c[2]};\n}\n\n/* 2.5.198.111 */\nfunction parse_RgceLocRel(blob, length) {\n\tvar r = blob.read_shift(2);\n\tvar cl = blob.read_shift(2);\n\tvar cRel = (cl & 0x8000) >> 15, rRel = (cl & 0x4000) >> 14;\n\tcl &= 0x3FFF;\n\tif(cRel !== 0) while(cl >= 0x100) cl -= 0x100;\n\treturn {r:r,c:cl,cRel:cRel,rRel:rRel};\n}\n\n/* Ptg Tokens */\n\n/* 2.5.198.27 */\nfunction parse_PtgArea(blob, length) {\n\tvar type = (blob[blob.l++] & 0x60) >> 5;\n\tvar area = parse_RgceArea(blob, 8);\n\treturn [type, area];\n}\n\n/* 2.5.198.28 */\nfunction parse_PtgArea3d(blob, length) {\n\tvar type = (blob[blob.l++] & 0x60) >> 5;\n\tvar ixti = blob.read_shift(2);\n\tvar area = parse_RgceArea(blob, 8);\n\treturn [type, ixti, area];\n}\n\n/* 2.5.198.29 */\nfunction parse_PtgAreaErr(blob, length) {\n\tvar type = (blob[blob.l++] & 0x60) >> 5;\n\tblob.l += 8;\n\treturn [type];\n}\n/* 2.5.198.30 */\nfunction parse_PtgAreaErr3d(blob, length) {\n\tvar type = (blob[blob.l++] & 0x60) >> 5;\n\tvar ixti = blob.read_shift(2);\n\tblob.l += 8;\n\treturn [type, ixti];\n}\n\n/* 2.5.198.31 */\nfunction parse_PtgAreaN(blob, length) {\n\tvar type = (blob[blob.l++] & 0x60) >> 5;\n\tvar area = parse_RgceAreaRel(blob, 8);\n\treturn [type, area];\n}\n\n/* 2.5.198.32 -- ignore this and look in PtgExtraArray for shape + values */\nfunction parse_PtgArray(blob, length) {\n\tvar type = (blob[blob.l++] & 0x60) >> 5;\n\tblob.l += 7;\n\treturn [type];\n}\n\n/* 2.5.198.33 */\nfunction parse_PtgAttrBaxcel(blob, length) {\n\tvar bitSemi = blob[blob.l+1] & 0x01; /* 1 = volatile */\n\tvar bitBaxcel = 1;\n\tblob.l += 4;\n\treturn [bitSemi, bitBaxcel];\n}\n\n/* 2.5.198.34 */\nfunction parse_PtgAttrChoose(blob, length) {\n\tblob.l +=2;\n\tvar offset = blob.read_shift(2);\n\tvar o = [];\n\t/* offset is 1 less than the number of elements */\n\tfor(var i = 0; i <= offset; ++i) o.push(blob.read_shift(2));\n\treturn o;\n}\n\n/* 2.5.198.35 */\nfunction parse_PtgAttrGoto(blob, length) {\n\tvar bitGoto = (blob[blob.l+1] & 0xFF) ? 1 : 0;\n\tblob.l += 2;\n\treturn [bitGoto, blob.read_shift(2)];\n}\n\n/* 2.5.198.36 */\nfunction parse_PtgAttrIf(blob, length) {\n\tvar bitIf = (blob[blob.l+1] & 0xFF) ? 1 : 0;\n\tblob.l += 2;\n\treturn [bitIf, blob.read_shift(2)];\n}\n\n/* 2.5.198.37 */\nfunction parse_PtgAttrSemi(blob, length) {\n\tvar bitSemi = (blob[blob.l+1] & 0xFF) ? 1 : 0;\n\tblob.l += 4;\n\treturn [bitSemi];\n}\n\n/* 2.5.198.40 (used by PtgAttrSpace and PtgAttrSpaceSemi) */\nfunction parse_PtgAttrSpaceType(blob, length) {\n\tvar type = blob.read_shift(1), cch = blob.read_shift(1);\n\treturn [type, cch];\n}\n\n/* 2.5.198.38 */\nfunction parse_PtgAttrSpace(blob, length) {\n\tblob.read_shift(2);\n\treturn parse_PtgAttrSpaceType(blob, 2);\n}\n\n/* 2.5.198.39 */\nfunction parse_PtgAttrSpaceSemi(blob, length) {\n\tblob.read_shift(2);\n\treturn parse_PtgAttrSpaceType(blob, 2);\n}\n\n/* 2.5.198.84 TODO */\nfunction parse_PtgRef(blob, length) {\n\tvar ptg = blob[blob.l] & 0x1F;\n\tvar type = (blob[blob.l] & 0x60)>>5;\n\tblob.l += 1;\n\tvar loc = parse_RgceLoc(blob,4);\n\treturn [type, loc];\n}\n\n/* 2.5.198.88 TODO */\nfunction parse_PtgRefN(blob, length) {\n\tvar ptg = blob[blob.l] & 0x1F;\n\tvar type = (blob[blob.l] & 0x60)>>5;\n\tblob.l += 1;\n\tvar loc = parse_RgceLocRel(blob,4);\n\treturn [type, loc];\n}\n\n/* 2.5.198.85 TODO */\nfunction parse_PtgRef3d(blob, length) {\n\tvar ptg = blob[blob.l] & 0x1F;\n\tvar type = (blob[blob.l] & 0x60)>>5;\n\tblob.l += 1;\n\tvar ixti = blob.read_shift(2); // XtiIndex\n\tvar loc = parse_RgceLoc(blob,4);\n\treturn [type, ixti, loc];\n}\n\n\n/* 2.5.198.62 TODO */\nfunction parse_PtgFunc(blob, length) {\n\tvar ptg = blob[blob.l] & 0x1F;\n\tvar type = (blob[blob.l] & 0x60)>>5;\n\tblob.l += 1;\n\tvar iftab = blob.read_shift(2);\n\treturn [FtabArgc[iftab], Ftab[iftab]];\n}\n/* 2.5.198.63 TODO */\nfunction parse_PtgFuncVar(blob, length) {\n\tblob.l++;\n\tvar cparams = blob.read_shift(1), tab = parsetab(blob);\n\treturn [cparams, (tab[0] === 0 ? Ftab : Cetab)[tab[1]]];\n}\n\nfunction parsetab(blob, length) {\n\treturn [blob[blob.l+1]>>7, blob.read_shift(2) & 0x7FFF];\n}\n\n/* 2.5.198.41 */\nvar parse_PtgAttrSum = parseread(4);\n/* 2.5.198.43 */\nvar parse_PtgConcat = parseread1;\n\n/* 2.5.198.58 */\nfunction parse_PtgExp(blob, length) {\n\tblob.l++;\n\tvar row = blob.read_shift(2);\n\tvar col = blob.read_shift(2);\n\treturn [row, col];\n}\n\n/* 2.5.198.57 */\nfunction parse_PtgErr(blob, length) { blob.l++; return BErr[blob.read_shift(1)]; }\n\n/* 2.5.198.66 TODO */\nfunction parse_PtgInt(blob, length) { blob.l++; return blob.read_shift(2); }\n\n/* 2.5.198.42 */\nfunction parse_PtgBool(blob, length) { blob.l++; return blob.read_shift(1)!==0;}\n\n/* 2.5.198.79 */\nfunction parse_PtgNum(blob, length) { blob.l++; return parse_Xnum(blob, 8); }\n\n/* 2.5.198.89 */\nfunction parse_PtgStr(blob, length) { blob.l++; return parse_ShortXLUnicodeString(blob); }\n\n/* 2.5.192.112 + 2.5.192.11{3,4,5,6,7} */\nfunction parse_SerAr(blob) {\n\tvar val = [];\n\tswitch((val[0] = blob.read_shift(1))) {\n\t\t/* 2.5.192.113 */\n\t\tcase 0x04: /* SerBool -- boolean */\n\t\t\tval[1] = parsebool(blob, 1) ? 'TRUE' : 'FALSE';\n\t\t\tblob.l += 7; break;\n\t\t/* 2.5.192.114 */\n\t\tcase 0x10: /* SerErr -- error */\n\t\t\tval[1] = BErr[blob[blob.l]];\n\t\t\tblob.l += 8; break;\n\t\t/* 2.5.192.115 */\n\t\tcase 0x00: /* SerNil -- honestly, I'm not sure how to reproduce this */\n\t\t\tblob.l += 8; break;\n\t\t/* 2.5.192.116 */\n\t\tcase 0x01: /* SerNum -- Xnum */\n\t\t\tval[1] = parse_Xnum(blob, 8); break;\n\t\t/* 2.5.192.117 */\n\t\tcase 0x02: /* SerStr -- XLUnicodeString (<256 chars) */\n\t\t\tval[1] = parse_XLUnicodeString(blob); break;\n\t\t// default: throw \"Bad SerAr: \" + val[0]; /* Unreachable */\n\t}\n\treturn val;\n}\n\n/* 2.5.198.61 */\nfunction parse_PtgExtraMem(blob, cce) {\n\tvar count = blob.read_shift(2);\n\tvar out = [];\n\tfor(var i = 0; i != count; ++i) out.push(parse_Ref8U(blob, 8));\n\treturn out;\n}\n\n/* 2.5.198.59 */\nfunction parse_PtgExtraArray(blob) {\n\tvar cols = 1 + blob.read_shift(1); //DColByteU\n\tvar rows = 1 + blob.read_shift(2); //DRw\n\tfor(var i = 0, o=[]; i != rows && (o[i] = []); ++i)\n\t\tfor(var j = 0; j != cols; ++j) o[i][j] = parse_SerAr(blob);\n\treturn o;\n}\n\n/* 2.5.198.76 */\nfunction parse_PtgName(blob, length) {\n\tvar type = (blob.read_shift(1) >>> 5) & 0x03;\n\tvar nameindex = blob.read_shift(4);\n\treturn [type, 0, nameindex];\n}\n\n/* 2.5.198.77 */\nfunction parse_PtgNameX(blob, length) {\n\tvar type = (blob.read_shift(1) >>> 5) & 0x03;\n\tvar ixti = blob.read_shift(2); // XtiIndex\n\tvar nameindex = blob.read_shift(4);\n\treturn [type, ixti, nameindex];\n}\n\n/* 2.5.198.70 */\nfunction parse_PtgMemArea(blob, length) {\n\tvar type = (blob.read_shift(1) >>> 5) & 0x03;\n\tblob.l += 4;\n\tvar cce = blob.read_shift(2);\n\treturn [type, cce];\n}\n\n/* 2.5.198.72 */\nfunction parse_PtgMemFunc(blob, length) {\n\tvar type = (blob.read_shift(1) >>> 5) & 0x03;\n\tvar cce = blob.read_shift(2);\n\treturn [type, cce];\n}\n\n\n/* 2.5.198.86 */\nfunction parse_PtgRefErr(blob, length) {\n\tvar type = (blob.read_shift(1) >>> 5) & 0x03;\n\tblob.l += 4;\n\treturn [type];\n}\n\n/* 2.5.198.26 */\nvar parse_PtgAdd = parseread1;\n/* 2.5.198.45 */\nvar parse_PtgDiv = parseread1;\n/* 2.5.198.56 */\nvar parse_PtgEq = parseread1;\n/* 2.5.198.64 */\nvar parse_PtgGe = parseread1;\n/* 2.5.198.65 */\nvar parse_PtgGt = parseread1;\n/* 2.5.198.67 */\nvar parse_PtgIsect = parseread1;\n/* 2.5.198.68 */\nvar parse_PtgLe = parseread1;\n/* 2.5.198.69 */\nvar parse_PtgLt = parseread1;\n/* 2.5.198.74 */\nvar parse_PtgMissArg = parseread1;\n/* 2.5.198.75 */\nvar parse_PtgMul = parseread1;\n/* 2.5.198.78 */\nvar parse_PtgNe = parseread1;\n/* 2.5.198.80 */\nvar parse_PtgParen = parseread1;\n/* 2.5.198.81 */\nvar parse_PtgPercent = parseread1;\n/* 2.5.198.82 */\nvar parse_PtgPower = parseread1;\n/* 2.5.198.83 */\nvar parse_PtgRange = parseread1;\n/* 2.5.198.90 */\nvar parse_PtgSub = parseread1;\n/* 2.5.198.93 */\nvar parse_PtgUminus = parseread1;\n/* 2.5.198.94 */\nvar parse_PtgUnion = parseread1;\n/* 2.5.198.95 */\nvar parse_PtgUplus = parseread1;\n\n/* 2.5.198.71 */\nvar parse_PtgMemErr = parsenoop;\n/* 2.5.198.73 */\nvar parse_PtgMemNoMem = parsenoop;\n/* 2.5.198.87 */\nvar parse_PtgRefErr3d = parsenoop;\n/* 2.5.198.92 */\nvar parse_PtgTbl = parsenoop;\n\n/* 2.5.198.25 */\nvar PtgTypes = {\n\t0x01: { n:'PtgExp', f:parse_PtgExp },\n\t0x02: { n:'PtgTbl', f:parse_PtgTbl },\n\t0x03: { n:'PtgAdd', f:parse_PtgAdd },\n\t0x04: { n:'PtgSub', f:parse_PtgSub },\n\t0x05: { n:'PtgMul', f:parse_PtgMul },\n\t0x06: { n:'PtgDiv', f:parse_PtgDiv },\n\t0x07: { n:'PtgPower', f:parse_PtgPower },\n\t0x08: { n:'PtgConcat', f:parse_PtgConcat },\n\t0x09: { n:'PtgLt', f:parse_PtgLt },\n\t0x0A: { n:'PtgLe', f:parse_PtgLe },\n\t0x0B: { n:'PtgEq', f:parse_PtgEq },\n\t0x0C: { n:'PtgGe', f:parse_PtgGe },\n\t0x0D: { n:'PtgGt', f:parse_PtgGt },\n\t0x0E: { n:'PtgNe', f:parse_PtgNe },\n\t0x0F: { n:'PtgIsect', f:parse_PtgIsect },\n\t0x10: { n:'PtgUnion', f:parse_PtgUnion },\n\t0x11: { n:'PtgRange', f:parse_PtgRange },\n\t0x12: { n:'PtgUplus', f:parse_PtgUplus },\n\t0x13: { n:'PtgUminus', f:parse_PtgUminus },\n\t0x14: { n:'PtgPercent', f:parse_PtgPercent },\n\t0x15: { n:'PtgParen', f:parse_PtgParen },\n\t0x16: { n:'PtgMissArg', f:parse_PtgMissArg },\n\t0x17: { n:'PtgStr', f:parse_PtgStr },\n\t0x1C: { n:'PtgErr', f:parse_PtgErr },\n\t0x1D: { n:'PtgBool', f:parse_PtgBool },\n\t0x1E: { n:'PtgInt', f:parse_PtgInt },\n\t0x1F: { n:'PtgNum', f:parse_PtgNum },\n\t0x20: { n:'PtgArray', f:parse_PtgArray },\n\t0x21: { n:'PtgFunc', f:parse_PtgFunc },\n\t0x22: { n:'PtgFuncVar', f:parse_PtgFuncVar },\n\t0x23: { n:'PtgName', f:parse_PtgName },\n\t0x24: { n:'PtgRef', f:parse_PtgRef },\n\t0x25: { n:'PtgArea', f:parse_PtgArea },\n\t0x26: { n:'PtgMemArea', f:parse_PtgMemArea },\n\t0x27: { n:'PtgMemErr', f:parse_PtgMemErr },\n\t0x28: { n:'PtgMemNoMem', f:parse_PtgMemNoMem },\n\t0x29: { n:'PtgMemFunc', f:parse_PtgMemFunc },\n\t0x2A: { n:'PtgRefErr', f:parse_PtgRefErr },\n\t0x2B: { n:'PtgAreaErr', f:parse_PtgAreaErr },\n\t0x2C: { n:'PtgRefN', f:parse_PtgRefN },\n\t0x2D: { n:'PtgAreaN', f:parse_PtgAreaN },\n\t0x39: { n:'PtgNameX', f:parse_PtgNameX },\n\t0x3A: { n:'PtgRef3d', f:parse_PtgRef3d },\n\t0x3B: { n:'PtgArea3d', f:parse_PtgArea3d },\n\t0x3C: { n:'PtgRefErr3d', f:parse_PtgRefErr3d },\n\t0x3D: { n:'PtgAreaErr3d', f:parse_PtgAreaErr3d },\n\t0xFF: {}\n};\n/* These are duplicated in the PtgTypes table */\nvar PtgDupes = {\n\t0x40: 0x20, 0x60: 0x20,\n\t0x41: 0x21, 0x61: 0x21,\n\t0x42: 0x22, 0x62: 0x22,\n\t0x43: 0x23, 0x63: 0x23,\n\t0x44: 0x24, 0x64: 0x24,\n\t0x45: 0x25, 0x65: 0x25,\n\t0x46: 0x26, 0x66: 0x26,\n\t0x47: 0x27, 0x67: 0x27,\n\t0x48: 0x28, 0x68: 0x28,\n\t0x49: 0x29, 0x69: 0x29,\n\t0x4A: 0x2A, 0x6A: 0x2A,\n\t0x4B: 0x2B, 0x6B: 0x2B,\n\t0x4C: 0x2C, 0x6C: 0x2C,\n\t0x4D: 0x2D, 0x6D: 0x2D,\n\t0x59: 0x39, 0x79: 0x39,\n\t0x5A: 0x3A, 0x7A: 0x3A,\n\t0x5B: 0x3B, 0x7B: 0x3B,\n\t0x5C: 0x3C, 0x7C: 0x3C,\n\t0x5D: 0x3D, 0x7D: 0x3D\n};\n(function(){for(var y in PtgDupes) PtgTypes[y] = PtgTypes[PtgDupes[y]];})();\n\nvar Ptg18 = {};\nvar Ptg19 = {\n\t0x01: { n:'PtgAttrSemi', f:parse_PtgAttrSemi },\n\t0x02: { n:'PtgAttrIf', f:parse_PtgAttrIf },\n\t0x04: { n:'PtgAttrChoose', f:parse_PtgAttrChoose },\n\t0x08: { n:'PtgAttrGoto', f:parse_PtgAttrGoto },\n\t0x10: { n:'PtgAttrSum', f:parse_PtgAttrSum },\n\t0x20: { n:'PtgAttrBaxcel', f:parse_PtgAttrBaxcel },\n\t0x40: { n:'PtgAttrSpace', f:parse_PtgAttrSpace },\n\t0x41: { n:'PtgAttrSpaceSemi', f:parse_PtgAttrSpaceSemi },\n\t0xFF: {}\n};\n\n/* 2.4.127 TODO */\nfunction parse_Formula(blob, length, opts) {\n\tvar cell = parse_XLSCell(blob, 6);\n\tvar val = parse_FormulaValue(blob,8);\n\tvar flags = blob.read_shift(1);\n\tblob.read_shift(1);\n\tvar chn = blob.read_shift(4);\n\tvar cbf = \"\";\n\tif(opts.biff === 5) blob.l += length-20;\n\telse cbf = parse_XLSCellParsedFormula(blob, length-20, opts);\n\treturn {cell:cell, val:val[0], formula:cbf, shared: (flags >> 3) & 1, tt:val[1]};\n}\n\n/* 2.5.133 TODO: how to emit empty strings? */\nfunction parse_FormulaValue(blob) {\n\tvar b;\n\tif(__readUInt16LE(blob,blob.l + 6) !== 0xFFFF) return [parse_Xnum(blob),'n'];\n\tswitch(blob[blob.l]) {\n\t\tcase 0x00: blob.l += 8; return [\"String\", 's'];\n\t\tcase 0x01: b = blob[blob.l+2] === 0x1; blob.l += 8; return [b,'b'];\n\t\tcase 0x02: b = blob[blob.l+2]; blob.l += 8; return [b,'e'];\n\t\tcase 0x03: blob.l += 8; return [\"\",'s'];\n\t}\n}\n\n/* 2.5.198.103 */\nfunction parse_RgbExtra(blob, length, rgce, opts) {\n\tif(opts.biff < 8) return parsenoop(blob, length);\n\tvar target = blob.l + length;\n\tvar o = [];\n\tfor(var i = 0; i !== rgce.length; ++i) {\n\t\tswitch(rgce[i][0]) {\n\t\t\tcase 'PtgArray': /* PtgArray -> PtgExtraArray */\n\t\t\t\trgce[i][1] = parse_PtgExtraArray(blob);\n\t\t\t\to.push(rgce[i][1]);\n\t\t\t\tbreak;\n\t\t\tcase 'PtgMemArea': /* PtgMemArea -> PtgExtraMem */\n\t\t\t\trgce[i][2] = parse_PtgExtraMem(blob, rgce[i][1]);\n\t\t\t\to.push(rgce[i][2]);\n\t\t\t\tbreak;\n\t\t\tdefault: break;\n\t\t}\n\t}\n\tlength = target - blob.l;\n\tif(length !== 0) o.push(parsenoop(blob, length));\n\treturn o;\n}\n\n/* 2.5.198.21 */\nfunction parse_NameParsedFormula(blob, length, opts, cce) {\n\tvar target = blob.l + length;\n\tvar rgce = parse_Rgce(blob, cce);\n\tvar rgcb;\n\tif(target !== blob.l) rgcb = parse_RgbExtra(blob, target - blob.l, rgce, opts);\n\treturn [rgce, rgcb];\n}\n\n/* 2.5.198.3 TODO */\nfunction parse_XLSCellParsedFormula(blob, length, opts) {\n\tvar target = blob.l + length;\n\tvar rgcb, cce = blob.read_shift(2); // length of rgce\n\tif(cce == 0xFFFF) return [[],parsenoop(blob, length-2)];\n\tvar rgce = parse_Rgce(blob, cce);\n\tif(length !== cce + 2) rgcb = parse_RgbExtra(blob, length - cce - 2, rgce, opts);\n\treturn [rgce, rgcb];\n}\n\n/* 2.5.198.118 TODO */\nfunction parse_SharedParsedFormula(blob, length, opts) {\n\tvar target = blob.l + length;\n\tvar rgcb, cce = blob.read_shift(2); // length of rgce\n\tvar rgce = parse_Rgce(blob, cce);\n\tif(cce == 0xFFFF) return [[],parsenoop(blob, length-2)];\n\tif(length !== cce + 2) rgcb = parse_RgbExtra(blob, target - cce - 2, rgce, opts);\n\treturn [rgce, rgcb];\n}\n\n/* 2.5.198.1 TODO */\nfunction parse_ArrayParsedFormula(blob, length, opts, ref) {\n\tvar target = blob.l + length;\n\tvar rgcb, cce = blob.read_shift(2); // length of rgce\n\tif(cce == 0xFFFF) return [[],parsenoop(blob, length-2)];\n\tvar rgce = parse_Rgce(blob, cce);\n\tif(length !== cce + 2) rgcb = parse_RgbExtra(blob, target - cce - 2, rgce, opts);\n\treturn [rgce, rgcb];\n}\n\n/* 2.5.198.104 */\nfunction parse_Rgce(blob, length) {\n\tvar target = blob.l + length;\n\tvar R, id, ptgs = [];\n\twhile(target != blob.l) {\n\t\tlength = target - blob.l;\n\t\tid = blob[blob.l];\n\t\tR = PtgTypes[id];\n\t\t//console.log(\"ptg\", id, R)\n\t\tif(id === 0x18 || id === 0x19) {\n\t\t\tid = blob[blob.l + 1];\n\t\t\tR = (id === 0x18 ? Ptg18 : Ptg19)[id];\n\t\t}\n\t\tif(!R || !R.f) { ptgs.push(parsenoop(blob, length)); }\n\t\telse { ptgs.push([R.n, R.f(blob, length)]); }\n\t}\n\treturn ptgs;\n}\n\nfunction mapper(x) { return x.map(function f2(y) { return y[1];}).join(\",\");}\n\n/* 2.2.2 + Magic TODO */\nfunction stringify_formula(formula, range, cell, supbooks, opts) {\n\tif(opts !== undefined && opts.biff === 5) return \"BIFF5??\";\n\tvar _range = range !== undefined ? range : {s:{c:0, r:0}};\n\tvar stack = [], e1, e2, type, c, ixti, nameidx, r;\n\tif(!formula[0] || !formula[0][0]) return \"\";\n\t//console.log(\"--\",cell,formula[0])\n\tfor(var ff = 0, fflen = formula[0].length; ff < fflen; ++ff) {\n\t\tvar f = formula[0][ff];\n\t\t//console.log(\"++\",f, stack)\n\t\tswitch(f[0]) {\n\t\t/* 2.2.2.1 Unary Operator Tokens */\n\t\t\t/* 2.5.198.93 */\n\t\t\tcase 'PtgUminus': stack.push(\"-\" + stack.pop()); break;\n\t\t\t/* 2.5.198.95 */\n\t\t\tcase 'PtgUplus': stack.push(\"+\" + stack.pop()); break;\n\t\t\t/* 2.5.198.81 */\n\t\t\tcase 'PtgPercent': stack.push(stack.pop() + \"%\"); break;\n\n\t\t/* 2.2.2.1 Binary Value Operator Token */\n\t\t\t/* 2.5.198.26 */\n\t\t\tcase 'PtgAdd':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\"+\"+e1);\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.90 */\n\t\t\tcase 'PtgSub':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\"-\"+e1);\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.75 */\n\t\t\tcase 'PtgMul':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\"*\"+e1);\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.45 */\n\t\t\tcase 'PtgDiv':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\"/\"+e1);\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.82 */\n\t\t\tcase 'PtgPower':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\"^\"+e1);\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.43 */\n\t\t\tcase 'PtgConcat':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\"&\"+e1);\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.69 */\n\t\t\tcase 'PtgLt':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\"<\"+e1);\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.68 */\n\t\t\tcase 'PtgLe':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\"<=\"+e1);\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.56 */\n\t\t\tcase 'PtgEq':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\"=\"+e1);\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.64 */\n\t\t\tcase 'PtgGe':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\">=\"+e1);\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.65 */\n\t\t\tcase 'PtgGt':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\">\"+e1);\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.78 */\n\t\t\tcase 'PtgNe':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\"<>\"+e1);\n\t\t\t\tbreak;\n\n\t\t/* 2.2.2.1 Binary Reference Operator Token */\n\t\t\t/* 2.5.198.67 */\n\t\t\tcase 'PtgIsect':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\" \"+e1);\n\t\t\t\tbreak;\n\t\t\tcase 'PtgUnion':\n\t\t\t\te1 = stack.pop(); e2 = stack.pop();\n\t\t\t\tstack.push(e2+\",\"+e1);\n\t\t\t\tbreak;\n\t\t\tcase 'PtgRange': break;\n\n\t\t/* 2.2.2.3 Control Tokens \"can be ignored\" */\n\t\t\t/* 2.5.198.34 */\n\t\t\tcase 'PtgAttrChoose': break;\n\t\t\t/* 2.5.198.35 */\n\t\t\tcase 'PtgAttrGoto': break;\n\t\t\t/* 2.5.198.36 */\n\t\t\tcase 'PtgAttrIf': break;\n\n\n\t\t\t/* 2.5.198.84 */\n\t\t\tcase 'PtgRef':\n\t\t\t\ttype = f[1][0]; c = shift_cell_xls(decode_cell(encode_cell(f[1][1])), _range);\n\t\t\t\tstack.push(encode_cell(c));\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.88 */\n\t\t\tcase 'PtgRefN':\n\t\t\t\ttype = f[1][0]; c = shift_cell_xls(decode_cell(encode_cell(f[1][1])), cell);\n\t\t\t\tstack.push(encode_cell(c));\n\t\t\t\tbreak;\n\t\t\tcase 'PtgRef3d': // TODO: lots of stuff\n\t\t\t\ttype = f[1][0]; ixti = f[1][1]; c = shift_cell_xls(f[1][2], _range);\n\t\t\t\tstack.push(supbooks[1][ixti+1]+\"!\"+encode_cell(c));\n\t\t\t\tbreak;\n\n\t\t/* Function Call */\n\t\t\t/* 2.5.198.62 */\n\t\t\tcase 'PtgFunc':\n\t\t\t/* 2.5.198.63 */\n\t\t\tcase 'PtgFuncVar':\n\t\t\t\t/* f[1] = [argc, func] */\n\t\t\t\tvar argc = f[1][0], func = f[1][1];\n\t\t\t\tif(!argc) argc = 0;\n\t\t\t\tvar args = stack.slice(-argc);\n\t\t\t\tstack.length -= argc;\n\t\t\t\tif(func === 'User') func = args.shift();\n\t\t\t\tstack.push(func + \"(\" + args.join(\",\") + \")\");\n\t\t\t\tbreak;\n\n\t\t\t/* 2.5.198.42 */\n\t\t\tcase 'PtgBool': stack.push(f[1] ? \"TRUE\" : \"FALSE\"); break;\n\t\t\t/* 2.5.198.66 */\n\t\t\tcase 'PtgInt': stack.push(f[1]); break;\n\t\t\t/* 2.5.198.79 TODO: precision? */\n\t\t\tcase 'PtgNum': stack.push(String(f[1])); break;\n\t\t\t/* 2.5.198.89 */\n\t\t\tcase 'PtgStr': stack.push('\"' + f[1] + '\"'); break;\n\t\t\t/* 2.5.198.57 */\n\t\t\tcase 'PtgErr': stack.push(f[1]); break;\n\t\t\t/* 2.5.198.27 TODO: fixed points */\n\t\t\tcase 'PtgArea':\n\t\t\t\ttype = f[1][0]; r = shift_range_xls(f[1][1], _range);\n\t\t\t\tstack.push(encode_range(r));\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.28 */\n\t\t\tcase 'PtgArea3d': // TODO: lots of stuff\n\t\t\t\ttype = f[1][0]; ixti = f[1][1]; r = f[1][2];\n\t\t\t\tstack.push(supbooks[1][ixti+1]+\"!\"+encode_range(r));\n\t\t\t\tbreak;\n\t\t\t/* 2.5.198.41 */\n\t\t\tcase 'PtgAttrSum':\n\t\t\t\tstack.push(\"SUM(\" + stack.pop() + \")\");\n\t\t\t\tbreak;\n\n\t\t/* Expression Prefixes */\n\t\t\t/* 2.5.198.37 */\n\t\t\tcase 'PtgAttrSemi': break;\n\n\t\t\t/* 2.5.97.60 TODO: do something different for revisions */\n\t\t\tcase 'PtgName':\n\t\t\t\t/* f[1] = type, 0, nameindex */\n\t\t\t\tnameidx = f[1][2];\n\t\t\t\tvar lbl = supbooks[0][nameidx];\n\t\t\t\tvar name = lbl.Name;\n\t\t\t\tif(name in XLSXFutureFunctions) name = XLSXFutureFunctions[name];\n\t\t\t\tstack.push(name);\n\t\t\t\tbreak;\n\n\t\t\t/* 2.5.97.61 TODO: do something different for revisions */\n\t\t\tcase 'PtgNameX':\n\t\t\t\t/* f[1] = type, ixti, nameindex */\n\t\t\t\tvar bookidx = f[1][1]; nameidx = f[1][2]; var externbook;\n\t\t\t\t/* TODO: Properly handle missing values */\n\t\t\t\tif(supbooks[bookidx+1]) externbook = supbooks[bookidx+1][nameidx];\n\t\t\t\telse if(supbooks[bookidx-1]) externbook = supbooks[bookidx-1][nameidx];\n\t\t\t\tif(!externbook) externbook = {body: \"??NAMEX??\"};\n\t\t\t\tstack.push(externbook.body);\n\t\t\t\tbreak;\n\n\t\t/* 2.2.2.4 Display Tokens */\n\t\t\t/* 2.5.198.80 */\n\t\t\tcase 'PtgParen': stack.push('(' + stack.pop() + ')'); break;\n\n\t\t\t/* 2.5.198.86 */\n\t\t\tcase 'PtgRefErr': stack.push('#REF!'); break;\n\n\t\t/* */\n\t\t\t/* 2.5.198.58 TODO */\n\t\t\tcase 'PtgExp':\n\t\t\t\tc = {c:f[1][1],r:f[1][0]};\n\t\t\t\tvar q = {c: cell.c, r:cell.r};\n\t\t\t\tif(supbooks.sharedf[encode_cell(c)]) {\n\t\t\t\t\tvar parsedf = (supbooks.sharedf[encode_cell(c)]);\n\t\t\t\t\tstack.push(stringify_formula(parsedf, _range, q, supbooks, opts));\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tvar fnd = false;\n\t\t\t\t\tfor(e1=0;e1!=supbooks.arrayf.length; ++e1) {\n\t\t\t\t\t\t/* TODO: should be something like range_has */\n\t\t\t\t\t\te2 = supbooks.arrayf[e1];\n\t\t\t\t\t\tif(c.c < e2[0].s.c || c.c > e2[0].e.c) continue;\n\t\t\t\t\t\tif(c.r < e2[0].s.r || c.r > e2[0].e.r) continue;\n\t\t\t\t\t\tstack.push(stringify_formula(e2[1], _range, q, supbooks, opts));\n\t\t\t\t\t}\n\t\t\t\t\tif(!fnd) stack.push(f[1]);\n\t\t\t\t}\n\t\t\t\tbreak;\n\n\t\t\t/* 2.5.198.32 TODO */\n\t\t\tcase 'PtgArray':\n\t\t\t\tstack.push(\"{\" + f[1].map(mapper).join(\";\") + \"}\");\n\t\t\t\tbreak;\n\n\t\t/* 2.2.2.5 Mem Tokens */\n\t\t\t/* 2.5.198.70 TODO: confirm this is a non-display */\n\t\t\tcase 'PtgMemArea':\n\t\t\t\t//stack.push(\"(\" + f[2].map(encode_range).join(\",\") + \")\");\n\t\t\t\tbreak;\n\n\t\t\t/* 2.5.198.38 TODO */\n\t\t\tcase 'PtgAttrSpace': break;\n\n\t\t\t/* 2.5.198.92 TODO */\n\t\t\tcase 'PtgTbl': break;\n\n\t\t\t/* 2.5.198.71 */\n\t\t\tcase 'PtgMemErr': break;\n\n\t\t\t/* 2.5.198.74 */\n\t\t\tcase 'PtgMissArg':\n\t\t\t\tstack.push(\"\");\n\t\t\t\tbreak;\n\n\t\t\t/* 2.5.198.29 TODO */\n\t\t\tcase 'PtgAreaErr': break;\n\n\t\t\t/* 2.5.198.31 TODO */\n\t\t\tcase 'PtgAreaN': stack.push(\"\"); break;\n\n\t\t\t/* 2.5.198.87 TODO */\n\t\t\tcase 'PtgRefErr3d': break;\n\n\t\t\t/* 2.5.198.72 TODO */\n\t\t\tcase 'PtgMemFunc': break;\n\n\t\t\tdefault: throw 'Unrecognized Formula Token: ' + f;\n\t\t}\n\t\t//console.log(\"::\",f, stack)\n\t}\n\t//console.log(\"--\",stack);\n\treturn stack[0];\n}\n\n/* [MS-XLSB] 2.5.97.4 CellParsedFormula TODO: use similar logic to js-xls */\nfunction parse_XLSBCellParsedFormula(data, length) {\n\tvar cce = data.read_shift(4);\n\treturn parsenoop(data, length-4);\n}\n/* [MS-XLS] 2.5.198.44 */\nvar PtgDataType = {\n\t0x1: \"REFERENCE\", // reference to range\n\t0x2: \"VALUE\", // single value\n\t0x3: \"ARRAY\" // array of values\n};\n\n/* [MS-XLS] 2.5.198.4 */\nvar Cetab = {\n\t0x0000: 'BEEP',\n\t0x0001: 'OPEN',\n\t0x0002: 'OPEN.LINKS',\n\t0x0003: 'CLOSE.ALL',\n\t0x0004: 'SAVE',\n\t0x0005: 'SAVE.AS',\n\t0x0006: 'FILE.DELETE',\n\t0x0007: 'PAGE.SETUP',\n\t0x0008: 'PRINT',\n\t0x0009: 'PRINTER.SETUP',\n\t0x000A: 'QUIT',\n\t0x000B: 'NEW.WINDOW',\n\t0x000C: 'ARRANGE.ALL',\n\t0x000D: 'WINDOW.SIZE',\n\t0x000E: 'WINDOW.MOVE',\n\t0x000F: 'FULL',\n\t0x0010: 'CLOSE',\n\t0x0011: 'RUN',\n\t0x0016: 'SET.PRINT.AREA',\n\t0x0017: 'SET.PRINT.TITLES',\n\t0x0018: 'SET.PAGE.BREAK',\n\t0x0019: 'REMOVE.PAGE.BREAK',\n\t0x001A: 'FONT',\n\t0x001B: 'DISPLAY',\n\t0x001C: 'PROTECT.DOCUMENT',\n\t0x001D: 'PRECISION',\n\t0x001E: 'A1.R1C1',\n\t0x001F: 'CALCULATE.NOW',\n\t0x0020: 'CALCULATION',\n\t0x0022: 'DATA.FIND',\n\t0x0023: 'EXTRACT',\n\t0x0024: 'DATA.DELETE',\n\t0x0025: 'SET.DATABASE',\n\t0x0026: 'SET.CRITERIA',\n\t0x0027: 'SORT',\n\t0x0028: 'DATA.SERIES',\n\t0x0029: 'TABLE',\n\t0x002A: 'FORMAT.NUMBER',\n\t0x002B: 'ALIGNMENT',\n\t0x002C: 'STYLE',\n\t0x002D: 'BORDER',\n\t0x002E: 'CELL.PROTECTION',\n\t0x002F: 'COLUMN.WIDTH',\n\t0x0030: 'UNDO',\n\t0x0031: 'CUT',\n\t0x0032: 'COPY',\n\t0x0033: 'PASTE',\n\t0x0034: 'CLEAR',\n\t0x0035: 'PASTE.SPECIAL',\n\t0x0036: 'EDIT.DELETE',\n\t0x0037: 'INSERT',\n\t0x0038: 'FILL.RIGHT',\n\t0x0039: 'FILL.DOWN',\n\t0x003D: 'DEFINE.NAME',\n\t0x003E: 'CREATE.NAMES',\n\t0x003F: 'FORMULA.GOTO',\n\t0x0040: 'FORMULA.FIND',\n\t0x0041: 'SELECT.LAST.CELL',\n\t0x0042: 'SHOW.ACTIVE.CELL',\n\t0x0043: 'GALLERY.AREA',\n\t0x0044: 'GALLERY.BAR',\n\t0x0045: 'GALLERY.COLUMN',\n\t0x0046: 'GALLERY.LINE',\n\t0x0047: 'GALLERY.PIE',\n\t0x0048: 'GALLERY.SCATTER',\n\t0x0049: 'COMBINATION',\n\t0x004A: 'PREFERRED',\n\t0x004B: 'ADD.OVERLAY',\n\t0x004C: 'GRIDLINES',\n\t0x004D: 'SET.PREFERRED',\n\t0x004E: 'AXES',\n\t0x004F: 'LEGEND',\n\t0x0050: 'ATTACH.TEXT',\n\t0x0051: 'ADD.ARROW',\n\t0x0052: 'SELECT.CHART',\n\t0x0053: 'SELECT.PLOT.AREA',\n\t0x0054: 'PATTERNS',\n\t0x0055: 'MAIN.CHART',\n\t0x0056: 'OVERLAY',\n\t0x0057: 'SCALE',\n\t0x0058: 'FORMAT.LEGEND',\n\t0x0059: 'FORMAT.TEXT',\n\t0x005A: 'EDIT.REPEAT',\n\t0x005B: 'PARSE',\n\t0x005C: 'JUSTIFY',\n\t0x005D: 'HIDE',\n\t0x005E: 'UNHIDE',\n\t0x005F: 'WORKSPACE',\n\t0x0060: 'FORMULA',\n\t0x0061: 'FORMULA.FILL',\n\t0x0062: 'FORMULA.ARRAY',\n\t0x0063: 'DATA.FIND.NEXT',\n\t0x0064: 'DATA.FIND.PREV',\n\t0x0065: 'FORMULA.FIND.NEXT',\n\t0x0066: 'FORMULA.FIND.PREV',\n\t0x0067: 'ACTIVATE',\n\t0x0068: 'ACTIVATE.NEXT',\n\t0x0069: 'ACTIVATE.PREV',\n\t0x006A: 'UNLOCKED.NEXT',\n\t0x006B: 'UNLOCKED.PREV',\n\t0x006C: 'COPY.PICTURE',\n\t0x006D: 'SELECT',\n\t0x006E: 'DELETE.NAME',\n\t0x006F: 'DELETE.FORMAT',\n\t0x0070: 'VLINE',\n\t0x0071: 'HLINE',\n\t0x0072: 'VPAGE',\n\t0x0073: 'HPAGE',\n\t0x0074: 'VSCROLL',\n\t0x0075: 'HSCROLL',\n\t0x0076: 'ALERT',\n\t0x0077: 'NEW',\n\t0x0078: 'CANCEL.COPY',\n\t0x0079: 'SHOW.CLIPBOARD',\n\t0x007A: 'MESSAGE',\n\t0x007C: 'PASTE.LINK',\n\t0x007D: 'APP.ACTIVATE',\n\t0x007E: 'DELETE.ARROW',\n\t0x007F: 'ROW.HEIGHT',\n\t0x0080: 'FORMAT.MOVE',\n\t0x0081: 'FORMAT.SIZE',\n\t0x0082: 'FORMULA.REPLACE',\n\t0x0083: 'SEND.KEYS',\n\t0x0084: 'SELECT.SPECIAL',\n\t0x0085: 'APPLY.NAMES',\n\t0x0086: 'REPLACE.FONT',\n\t0x0087: 'FREEZE.PANES',\n\t0x0088: 'SHOW.INFO',\n\t0x0089: 'SPLIT',\n\t0x008A: 'ON.WINDOW',\n\t0x008B: 'ON.DATA',\n\t0x008C: 'DISABLE.INPUT',\n\t0x008E: 'OUTLINE',\n\t0x008F: 'LIST.NAMES',\n\t0x0090: 'FILE.CLOSE',\n\t0x0091: 'SAVE.WORKBOOK',\n\t0x0092: 'DATA.FORM',\n\t0x0093: 'COPY.CHART',\n\t0x0094: 'ON.TIME',\n\t0x0095: 'WAIT',\n\t0x0096: 'FORMAT.FONT',\n\t0x0097: 'FILL.UP',\n\t0x0098: 'FILL.LEFT',\n\t0x0099: 'DELETE.OVERLAY',\n\t0x009B: 'SHORT.MENUS',\n\t0x009F: 'SET.UPDATE.STATUS',\n\t0x00A1: 'COLOR.PALETTE',\n\t0x00A2: 'DELETE.STYLE',\n\t0x00A3: 'WINDOW.RESTORE',\n\t0x00A4: 'WINDOW.MAXIMIZE',\n\t0x00A6: 'CHANGE.LINK',\n\t0x00A7: 'CALCULATE.DOCUMENT',\n\t0x00A8: 'ON.KEY',\n\t0x00A9: 'APP.RESTORE',\n\t0x00AA: 'APP.MOVE',\n\t0x00AB: 'APP.SIZE',\n\t0x00AC: 'APP.MINIMIZE',\n\t0x00AD: 'APP.MAXIMIZE',\n\t0x00AE: 'BRING.TO.FRONT',\n\t0x00AF: 'SEND.TO.BACK',\n\t0x00B9: 'MAIN.CHART.TYPE',\n\t0x00BA: 'OVERLAY.CHART.TYPE',\n\t0x00BB: 'SELECT.END',\n\t0x00BC: 'OPEN.MAIL',\n\t0x00BD: 'SEND.MAIL',\n\t0x00BE: 'STANDARD.FONT',\n\t0x00BF: 'CONSOLIDATE',\n\t0x00C0: 'SORT.SPECIAL',\n\t0x00C1: 'GALLERY.3D.AREA',\n\t0x00C2: 'GALLERY.3D.COLUMN',\n\t0x00C3: 'GALLERY.3D.LINE',\n\t0x00C4: 'GALLERY.3D.PIE',\n\t0x00C5: 'VIEW.3D',\n\t0x00C6: 'GOAL.SEEK',\n\t0x00C7: 'WORKGROUP',\n\t0x00C8: 'FILL.GROUP',\n\t0x00C9: 'UPDATE.LINK',\n\t0x00CA: 'PROMOTE',\n\t0x00CB: 'DEMOTE',\n\t0x00CC: 'SHOW.DETAIL',\n\t0x00CE: 'UNGROUP',\n\t0x00CF: 'OBJECT.PROPERTIES',\n\t0x00D0: 'SAVE.NEW.OBJECT',\n\t0x00D1: 'SHARE',\n\t0x00D2: 'SHARE.NAME',\n\t0x00D3: 'DUPLICATE',\n\t0x00D4: 'APPLY.STYLE',\n\t0x00D5: 'ASSIGN.TO.OBJECT',\n\t0x00D6: 'OBJECT.PROTECTION',\n\t0x00D7: 'HIDE.OBJECT',\n\t0x00D8: 'SET.EXTRACT',\n\t0x00D9: 'CREATE.PUBLISHER',\n\t0x00DA: 'SUBSCRIBE.TO',\n\t0x00DB: 'ATTRIBUTES',\n\t0x00DC: 'SHOW.TOOLBAR',\n\t0x00DE: 'PRINT.PREVIEW',\n\t0x00DF: 'EDIT.COLOR',\n\t0x00E0: 'SHOW.LEVELS',\n\t0x00E1: 'FORMAT.MAIN',\n\t0x00E2: 'FORMAT.OVERLAY',\n\t0x00E3: 'ON.RECALC',\n\t0x00E4: 'EDIT.SERIES',\n\t0x00E5: 'DEFINE.STYLE',\n\t0x00F0: 'LINE.PRINT',\n\t0x00F3: 'ENTER.DATA',\n\t0x00F9: 'GALLERY.RADAR',\n\t0x00FA: 'MERGE.STYLES',\n\t0x00FB: 'EDITION.OPTIONS',\n\t0x00FC: 'PASTE.PICTURE',\n\t0x00FD: 'PASTE.PICTURE.LINK',\n\t0x00FE: 'SPELLING',\n\t0x0100: 'ZOOM',\n\t0x0103: 'INSERT.OBJECT',\n\t0x0104: 'WINDOW.MINIMIZE',\n\t0x0109: 'SOUND.NOTE',\n\t0x010A: 'SOUND.PLAY',\n\t0x010B: 'FORMAT.SHAPE',\n\t0x010C: 'EXTEND.POLYGON',\n\t0x010D: 'FORMAT.AUTO',\n\t0x0110: 'GALLERY.3D.BAR',\n\t0x0111: 'GALLERY.3D.SURFACE',\n\t0x0112: 'FILL.AUTO',\n\t0x0114: 'CUSTOMIZE.TOOLBAR',\n\t0x0115: 'ADD.TOOL',\n\t0x0116: 'EDIT.OBJECT',\n\t0x0117: 'ON.DOUBLECLICK',\n\t0x0118: 'ON.ENTRY',\n\t0x0119: 'WORKBOOK.ADD',\n\t0x011A: 'WORKBOOK.MOVE',\n\t0x011B: 'WORKBOOK.COPY',\n\t0x011C: 'WORKBOOK.OPTIONS',\n\t0x011D: 'SAVE.WORKSPACE',\n\t0x0120: 'CHART.WIZARD',\n\t0x0121: 'DELETE.TOOL',\n\t0x0122: 'MOVE.TOOL',\n\t0x0123: 'WORKBOOK.SELECT',\n\t0x0124: 'WORKBOOK.ACTIVATE',\n\t0x0125: 'ASSIGN.TO.TOOL',\n\t0x0127: 'COPY.TOOL',\n\t0x0128: 'RESET.TOOL',\n\t0x0129: 'CONSTRAIN.NUMERIC',\n\t0x012A: 'PASTE.TOOL',\n\t0x012E: 'WORKBOOK.NEW',\n\t0x0131: 'SCENARIO.CELLS',\n\t0x0132: 'SCENARIO.DELETE',\n\t0x0133: 'SCENARIO.ADD',\n\t0x0134: 'SCENARIO.EDIT',\n\t0x0135: 'SCENARIO.SHOW',\n\t0x0136: 'SCENARIO.SHOW.NEXT',\n\t0x0137: 'SCENARIO.SUMMARY',\n\t0x0138: 'PIVOT.TABLE.WIZARD',\n\t0x0139: 'PIVOT.FIELD.PROPERTIES',\n\t0x013A: 'PIVOT.FIELD',\n\t0x013B: 'PIVOT.ITEM',\n\t0x013C: 'PIVOT.ADD.FIELDS',\n\t0x013E: 'OPTIONS.CALCULATION',\n\t0x013F: 'OPTIONS.EDIT',\n\t0x0140: 'OPTIONS.VIEW',\n\t0x0141: 'ADDIN.MANAGER',\n\t0x0142: 'MENU.EDITOR',\n\t0x0143: 'ATTACH.TOOLBARS',\n\t0x0144: 'VBAActivate',\n\t0x0145: 'OPTIONS.CHART',\n\t0x0148: 'VBA.INSERT.FILE',\n\t0x014A: 'VBA.PROCEDURE.DEFINITION',\n\t0x0150: 'ROUTING.SLIP',\n\t0x0152: 'ROUTE.DOCUMENT',\n\t0x0153: 'MAIL.LOGON',\n\t0x0156: 'INSERT.PICTURE',\n\t0x0157: 'EDIT.TOOL',\n\t0x0158: 'GALLERY.DOUGHNUT',\n\t0x015E: 'CHART.TREND',\n\t0x0160: 'PIVOT.ITEM.PROPERTIES',\n\t0x0162: 'WORKBOOK.INSERT',\n\t0x0163: 'OPTIONS.TRANSITION',\n\t0x0164: 'OPTIONS.GENERAL',\n\t0x0172: 'FILTER.ADVANCED',\n\t0x0175: 'MAIL.ADD.MAILER',\n\t0x0176: 'MAIL.DELETE.MAILER',\n\t0x0177: 'MAIL.REPLY',\n\t0x0178: 'MAIL.REPLY.ALL',\n\t0x0179: 'MAIL.FORWARD',\n\t0x017A: 'MAIL.NEXT.LETTER',\n\t0x017B: 'DATA.LABEL',\n\t0x017C: 'INSERT.TITLE',\n\t0x017D: 'FONT.PROPERTIES',\n\t0x017E: 'MACRO.OPTIONS',\n\t0x017F: 'WORKBOOK.HIDE',\n\t0x0180: 'WORKBOOK.UNHIDE',\n\t0x0181: 'WORKBOOK.DELETE',\n\t0x0182: 'WORKBOOK.NAME',\n\t0x0184: 'GALLERY.CUSTOM',\n\t0x0186: 'ADD.CHART.AUTOFORMAT',\n\t0x0187: 'DELETE.CHART.AUTOFORMAT',\n\t0x0188: 'CHART.ADD.DATA',\n\t0x0189: 'AUTO.OUTLINE',\n\t0x018A: 'TAB.ORDER',\n\t0x018B: 'SHOW.DIALOG',\n\t0x018C: 'SELECT.ALL',\n\t0x018D: 'UNGROUP.SHEETS',\n\t0x018E: 'SUBTOTAL.CREATE',\n\t0x018F: 'SUBTOTAL.REMOVE',\n\t0x0190: 'RENAME.OBJECT',\n\t0x019C: 'WORKBOOK.SCROLL',\n\t0x019D: 'WORKBOOK.NEXT',\n\t0x019E: 'WORKBOOK.PREV',\n\t0x019F: 'WORKBOOK.TAB.SPLIT',\n\t0x01A0: 'FULL.SCREEN',\n\t0x01A1: 'WORKBOOK.PROTECT',\n\t0x01A4: 'SCROLLBAR.PROPERTIES',\n\t0x01A5: 'PIVOT.SHOW.PAGES',\n\t0x01A6: 'TEXT.TO.COLUMNS',\n\t0x01A7: 'FORMAT.CHARTTYPE',\n\t0x01A8: 'LINK.FORMAT',\n\t0x01A9: 'TRACER.DISPLAY',\n\t0x01AE: 'TRACER.NAVIGATE',\n\t0x01AF: 'TRACER.CLEAR',\n\t0x01B0: 'TRACER.ERROR',\n\t0x01B1: 'PIVOT.FIELD.GROUP',\n\t0x01B2: 'PIVOT.FIELD.UNGROUP',\n\t0x01B3: 'CHECKBOX.PROPERTIES',\n\t0x01B4: 'LABEL.PROPERTIES',\n\t0x01B5: 'LISTBOX.PROPERTIES',\n\t0x01B6: 'EDITBOX.PROPERTIES',\n\t0x01B7: 'PIVOT.REFRESH',\n\t0x01B8: 'LINK.COMBO',\n\t0x01B9: 'OPEN.TEXT',\n\t0x01BA: 'HIDE.DIALOG',\n\t0x01BB: 'SET.DIALOG.FOCUS',\n\t0x01BC: 'ENABLE.OBJECT',\n\t0x01BD: 'PUSHBUTTON.PROPERTIES',\n\t0x01BE: 'SET.DIALOG.DEFAULT',\n\t0x01BF: 'FILTER',\n\t0x01C0: 'FILTER.SHOW.ALL',\n\t0x01C1: 'CLEAR.OUTLINE',\n\t0x01C2: 'FUNCTION.WIZARD',\n\t0x01C3: 'ADD.LIST.ITEM',\n\t0x01C4: 'SET.LIST.ITEM',\n\t0x01C5: 'REMOVE.LIST.ITEM',\n\t0x01C6: 'SELECT.LIST.ITEM',\n\t0x01C7: 'SET.CONTROL.VALUE',\n\t0x01C8: 'SAVE.COPY.AS',\n\t0x01CA: 'OPTIONS.LISTS.ADD',\n\t0x01CB: 'OPTIONS.LISTS.DELETE',\n\t0x01CC: 'SERIES.AXES',\n\t0x01CD: 'SERIES.X',\n\t0x01CE: 'SERIES.Y',\n\t0x01CF: 'ERRORBAR.X',\n\t0x01D0: 'ERRORBAR.Y',\n\t0x01D1: 'FORMAT.CHART',\n\t0x01D2: 'SERIES.ORDER',\n\t0x01D3: 'MAIL.LOGOFF',\n\t0x01D4: 'CLEAR.ROUTING.SLIP',\n\t0x01D5: 'APP.ACTIVATE.MICROSOFT',\n\t0x01D6: 'MAIL.EDIT.MAILER',\n\t0x01D7: 'ON.SHEET',\n\t0x01D8: 'STANDARD.WIDTH',\n\t0x01D9: 'SCENARIO.MERGE',\n\t0x01DA: 'SUMMARY.INFO',\n\t0x01DB: 'FIND.FILE',\n\t0x01DC: 'ACTIVE.CELL.FONT',\n\t0x01DD: 'ENABLE.TIPWIZARD',\n\t0x01DE: 'VBA.MAKE.ADDIN',\n\t0x01E0: 'INSERTDATATABLE',\n\t0x01E1: 'WORKGROUP.OPTIONS',\n\t0x01E2: 'MAIL.SEND.MAILER',\n\t0x01E5: 'AUTOCORRECT',\n\t0x01E9: 'POST.DOCUMENT',\n\t0x01EB: 'PICKLIST',\n\t0x01ED: 'VIEW.SHOW',\n\t0x01EE: 'VIEW.DEFINE',\n\t0x01EF: 'VIEW.DELETE',\n\t0x01FD: 'SHEET.BACKGROUND',\n\t0x01FE: 'INSERT.MAP.OBJECT',\n\t0x01FF: 'OPTIONS.MENONO',\n\t0x0205: 'MSOCHECKS',\n\t0x0206: 'NORMAL',\n\t0x0207: 'LAYOUT',\n\t0x0208: 'RM.PRINT.AREA',\n\t0x0209: 'CLEAR.PRINT.AREA',\n\t0x020A: 'ADD.PRINT.AREA',\n\t0x020B: 'MOVE.BRK',\n\t0x0221: 'HIDECURR.NOTE',\n\t0x0222: 'HIDEALL.NOTES',\n\t0x0223: 'DELETE.NOTE',\n\t0x0224: 'TRAVERSE.NOTES',\n\t0x0225: 'ACTIVATE.NOTES',\n\t0x026C: 'PROTECT.REVISIONS',\n\t0x026D: 'UNPROTECT.REVISIONS',\n\t0x0287: 'OPTIONS.ME',\n\t0x028D: 'WEB.PUBLISH',\n\t0x029B: 'NEWWEBQUERY',\n\t0x02A1: 'PIVOT.TABLE.CHART',\n\t0x02F1: 'OPTIONS.SAVE',\n\t0x02F3: 'OPTIONS.SPELL',\n\t0x0328: 'HIDEALL.INKANNOTS'\n};\n\n/* [MS-XLS] 2.5.198.17 */\nvar Ftab = {\n\t0x0000: 'COUNT',\n\t0x0001: 'IF',\n\t0x0002: 'ISNA',\n\t0x0003: 'ISERROR',\n\t0x0004: 'SUM',\n\t0x0005: 'AVERAGE',\n\t0x0006: 'MIN',\n\t0x0007: 'MAX',\n\t0x0008: 'ROW',\n\t0x0009: 'COLUMN',\n\t0x000A: 'NA',\n\t0x000B: 'NPV',\n\t0x000C: 'STDEV',\n\t0x000D: 'DOLLAR',\n\t0x000E: 'FIXED',\n\t0x000F: 'SIN',\n\t0x0010: 'COS',\n\t0x0011: 'TAN',\n\t0x0012: 'ATAN',\n\t0x0013: 'PI',\n\t0x0014: 'SQRT',\n\t0x0015: 'EXP',\n\t0x0016: 'LN',\n\t0x0017: 'LOG10',\n\t0x0018: 'ABS',\n\t0x0019: 'INT',\n\t0x001A: 'SIGN',\n\t0x001B: 'ROUND',\n\t0x001C: 'LOOKUP',\n\t0x001D: 'INDEX',\n\t0x001E: 'REPT',\n\t0x001F: 'MID',\n\t0x0020: 'LEN',\n\t0x0021: 'VALUE',\n\t0x0022: 'TRUE',\n\t0x0023: 'FALSE',\n\t0x0024: 'AND',\n\t0x0025: 'OR',\n\t0x0026: 'NOT',\n\t0x0027: 'MOD',\n\t0x0028: 'DCOUNT',\n\t0x0029: 'DSUM',\n\t0x002A: 'DAVERAGE',\n\t0x002B: 'DMIN',\n\t0x002C: 'DMAX',\n\t0x002D: 'DSTDEV',\n\t0x002E: 'VAR',\n\t0x002F: 'DVAR',\n\t0x0030: 'TEXT',\n\t0x0031: 'LINEST',\n\t0x0032: 'TREND',\n\t0x0033: 'LOGEST',\n\t0x0034: 'GROWTH',\n\t0x0035: 'GOTO',\n\t0x0036: 'HALT',\n\t0x0037: 'RETURN',\n\t0x0038: 'PV',\n\t0x0039: 'FV',\n\t0x003A: 'NPER',\n\t0x003B: 'PMT',\n\t0x003C: 'RATE',\n\t0x003D: 'MIRR',\n\t0x003E: 'IRR',\n\t0x003F: 'RAND',\n\t0x0040: 'MATCH',\n\t0x0041: 'DATE',\n\t0x0042: 'TIME',\n\t0x0043: 'DAY',\n\t0x0044: 'MONTH',\n\t0x0045: 'YEAR',\n\t0x0046: 'WEEKDAY',\n\t0x0047: 'HOUR',\n\t0x0048: 'MINUTE',\n\t0x0049: 'SECOND',\n\t0x004A: 'NOW',\n\t0x004B: 'AREAS',\n\t0x004C: 'ROWS',\n\t0x004D: 'COLUMNS',\n\t0x004E: 'OFFSET',\n\t0x004F: 'ABSREF',\n\t0x0050: 'RELREF',\n\t0x0051: 'ARGUMENT',\n\t0x0052: 'SEARCH',\n\t0x0053: 'TRANSPOSE',\n\t0x0054: 'ERROR',\n\t0x0055: 'STEP',\n\t0x0056: 'TYPE',\n\t0x0057: 'ECHO',\n\t0x0058: 'SET.NAME',\n\t0x0059: 'CALLER',\n\t0x005A: 'DEREF',\n\t0x005B: 'WINDOWS',\n\t0x005C: 'SERIES',\n\t0x005D: 'DOCUMENTS',\n\t0x005E: 'ACTIVE.CELL',\n\t0x005F: 'SELECTION',\n\t0x0060: 'RESULT',\n\t0x0061: 'ATAN2',\n\t0x0062: 'ASIN',\n\t0x0063: 'ACOS',\n\t0x0064: 'CHOOSE',\n\t0x0065: 'HLOOKUP',\n\t0x0066: 'VLOOKUP',\n\t0x0067: 'LINKS',\n\t0x0068: 'INPUT',\n\t0x0069: 'ISREF',\n\t0x006A: 'GET.FORMULA',\n\t0x006B: 'GET.NAME',\n\t0x006C: 'SET.VALUE',\n\t0x006D: 'LOG',\n\t0x006E: 'EXEC',\n\t0x006F: 'CHAR',\n\t0x0070: 'LOWER',\n\t0x0071: 'UPPER',\n\t0x0072: 'PROPER',\n\t0x0073: 'LEFT',\n\t0x0074: 'RIGHT',\n\t0x0075: 'EXACT',\n\t0x0076: 'TRIM',\n\t0x0077: 'REPLACE',\n\t0x0078: 'SUBSTITUTE',\n\t0x0079: 'CODE',\n\t0x007A: 'NAMES',\n\t0x007B: 'DIRECTORY',\n\t0x007C: 'FIND',\n\t0x007D: 'CELL',\n\t0x007E: 'ISERR',\n\t0x007F: 'ISTEXT',\n\t0x0080: 'ISNUMBER',\n\t0x0081: 'ISBLANK',\n\t0x0082: 'T',\n\t0x0083: 'N',\n\t0x0084: 'FOPEN',\n\t0x0085: 'FCLOSE',\n\t0x0086: 'FSIZE',\n\t0x0087: 'FREADLN',\n\t0x0088: 'FREAD',\n\t0x0089: 'FWRITELN',\n\t0x008A: 'FWRITE',\n\t0x008B: 'FPOS',\n\t0x008C: 'DATEVALUE',\n\t0x008D: 'TIMEVALUE',\n\t0x008E: 'SLN',\n\t0x008F: 'SYD',\n\t0x0090: 'DDB',\n\t0x0091: 'GET.DEF',\n\t0x0092: 'REFTEXT',\n\t0x0093: 'TEXTREF',\n\t0x0094: 'INDIRECT',\n\t0x0095: 'REGISTER',\n\t0x0096: 'CALL',\n\t0x0097: 'ADD.BAR',\n\t0x0098: 'ADD.MENU',\n\t0x0099: 'ADD.COMMAND',\n\t0x009A: 'ENABLE.COMMAND',\n\t0x009B: 'CHECK.COMMAND',\n\t0x009C: 'RENAME.COMMAND',\n\t0x009D: 'SHOW.BAR',\n\t0x009E: 'DELETE.MENU',\n\t0x009F: 'DELETE.COMMAND',\n\t0x00A0: 'GET.CHART.ITEM',\n\t0x00A1: 'DIALOG.BOX',\n\t0x00A2: 'CLEAN',\n\t0x00A3: 'MDETERM',\n\t0x00A4: 'MINVERSE',\n\t0x00A5: 'MMULT',\n\t0x00A6: 'FILES',\n\t0x00A7: 'IPMT',\n\t0x00A8: 'PPMT',\n\t0x00A9: 'COUNTA',\n\t0x00AA: 'CANCEL.KEY',\n\t0x00AB: 'FOR',\n\t0x00AC: 'WHILE',\n\t0x00AD: 'BREAK',\n\t0x00AE: 'NEXT',\n\t0x00AF: 'INITIATE',\n\t0x00B0: 'REQUEST',\n\t0x00B1: 'POKE',\n\t0x00B2: 'EXECUTE',\n\t0x00B3: 'TERMINATE',\n\t0x00B4: 'RESTART',\n\t0x00B5: 'HELP',\n\t0x00B6: 'GET.BAR',\n\t0x00B7: 'PRODUCT',\n\t0x00B8: 'FACT',\n\t0x00B9: 'GET.CELL',\n\t0x00BA: 'GET.WORKSPACE',\n\t0x00BB: 'GET.WINDOW',\n\t0x00BC: 'GET.DOCUMENT',\n\t0x00BD: 'DPRODUCT',\n\t0x00BE: 'ISNONTEXT',\n\t0x00BF: 'GET.NOTE',\n\t0x00C0: 'NOTE',\n\t0x00C1: 'STDEVP',\n\t0x00C2: 'VARP',\n\t0x00C3: 'DSTDEVP',\n\t0x00C4: 'DVARP',\n\t0x00C5: 'TRUNC',\n\t0x00C6: 'ISLOGICAL',\n\t0x00C7: 'DCOUNTA',\n\t0x00C8: 'DELETE.BAR',\n\t0x00C9: 'UNREGISTER',\n\t0x00CC: 'USDOLLAR',\n\t0x00CD: 'FINDB',\n\t0x00CE: 'SEARCHB',\n\t0x00CF: 'REPLACEB',\n\t0x00D0: 'LEFTB',\n\t0x00D1: 'RIGHTB',\n\t0x00D2: 'MIDB',\n\t0x00D3: 'LENB',\n\t0x00D4: 'ROUNDUP',\n\t0x00D5: 'ROUNDDOWN',\n\t0x00D6: 'ASC',\n\t0x00D7: 'DBCS',\n\t0x00D8: 'RANK',\n\t0x00DB: 'ADDRESS',\n\t0x00DC: 'DAYS360',\n\t0x00DD: 'TODAY',\n\t0x00DE: 'VDB',\n\t0x00DF: 'ELSE',\n\t0x00E0: 'ELSE.IF',\n\t0x00E1: 'END.IF',\n\t0x00E2: 'FOR.CELL',\n\t0x00E3: 'MEDIAN',\n\t0x00E4: 'SUMPRODUCT',\n\t0x00E5: 'SINH',\n\t0x00E6: 'COSH',\n\t0x00E7: 'TANH',\n\t0x00E8: 'ASINH',\n\t0x00E9: 'ACOSH',\n\t0x00EA: 'ATANH',\n\t0x00EB: 'DGET',\n\t0x00EC: 'CREATE.OBJECT',\n\t0x00ED: 'VOLATILE',\n\t0x00EE: 'LAST.ERROR',\n\t0x00EF: 'CUSTOM.UNDO',\n\t0x00F0: 'CUSTOM.REPEAT',\n\t0x00F1: 'FORMULA.CONVERT',\n\t0x00F2: 'GET.LINK.INFO',\n\t0x00F3: 'TEXT.BOX',\n\t0x00F4: 'INFO',\n\t0x00F5: 'GROUP',\n\t0x00F6: 'GET.OBJECT',\n\t0x00F7: 'DB',\n\t0x00F8: 'PAUSE',\n\t0x00FB: 'RESUME',\n\t0x00FC: 'FREQUENCY',\n\t0x00FD: 'ADD.TOOLBAR',\n\t0x00FE: 'DELETE.TOOLBAR',\n\t0x00FF: 'User',\n\t0x0100: 'RESET.TOOLBAR',\n\t0x0101: 'EVALUATE',\n\t0x0102: 'GET.TOOLBAR',\n\t0x0103: 'GET.TOOL',\n\t0x0104: 'SPELLING.CHECK',\n\t0x0105: 'ERROR.TYPE',\n\t0x0106: 'APP.TITLE',\n\t0x0107: 'WINDOW.TITLE',\n\t0x0108: 'SAVE.TOOLBAR',\n\t0x0109: 'ENABLE.TOOL',\n\t0x010A: 'PRESS.TOOL',\n\t0x010B: 'REGISTER.ID',\n\t0x010C: 'GET.WORKBOOK',\n\t0x010D: 'AVEDEV',\n\t0x010E: 'BETADIST',\n\t0x010F: 'GAMMALN',\n\t0x0110: 'BETAINV',\n\t0x0111: 'BINOMDIST',\n\t0x0112: 'CHIDIST',\n\t0x0113: 'CHIINV',\n\t0x0114: 'COMBIN',\n\t0x0115: 'CONFIDENCE',\n\t0x0116: 'CRITBINOM',\n\t0x0117: 'EVEN',\n\t0x0118: 'EXPONDIST',\n\t0x0119: 'FDIST',\n\t0x011A: 'FINV',\n\t0x011B: 'FISHER',\n\t0x011C: 'FISHERINV',\n\t0x011D: 'FLOOR',\n\t0x011E: 'GAMMADIST',\n\t0x011F: 'GAMMAINV',\n\t0x0120: 'CEILING',\n\t0x0121: 'HYPGEOMDIST',\n\t0x0122: 'LOGNORMDIST',\n\t0x0123: 'LOGINV',\n\t0x0124: 'NEGBINOMDIST',\n\t0x0125: 'NORMDIST',\n\t0x0126: 'NORMSDIST',\n\t0x0127: 'NORMINV',\n\t0x0128: 'NORMSINV',\n\t0x0129: 'STANDARDIZE',\n\t0x012A: 'ODD',\n\t0x012B: 'PERMUT',\n\t0x012C: 'POISSON',\n\t0x012D: 'TDIST',\n\t0x012E: 'WEIBULL',\n\t0x012F: 'SUMXMY2',\n\t0x0130: 'SUMX2MY2',\n\t0x0131: 'SUMX2PY2',\n\t0x0132: 'CHITEST',\n\t0x0133: 'CORREL',\n\t0x0134: 'COVAR',\n\t0x0135: 'FORECAST',\n\t0x0136: 'FTEST',\n\t0x0137: 'INTERCEPT',\n\t0x0138: 'PEARSON',\n\t0x0139: 'RSQ',\n\t0x013A: 'STEYX',\n\t0x013B: 'SLOPE',\n\t0x013C: 'TTEST',\n\t0x013D: 'PROB',\n\t0x013E: 'DEVSQ',\n\t0x013F: 'GEOMEAN',\n\t0x0140: 'HARMEAN',\n\t0x0141: 'SUMSQ',\n\t0x0142: 'KURT',\n\t0x0143: 'SKEW',\n\t0x0144: 'ZTEST',\n\t0x0145: 'LARGE',\n\t0x0146: 'SMALL',\n\t0x0147: 'QUARTILE',\n\t0x0148: 'PERCENTILE',\n\t0x0149: 'PERCENTRANK',\n\t0x014A: 'MODE',\n\t0x014B: 'TRIMMEAN',\n\t0x014C: 'TINV',\n\t0x014E: 'MOVIE.COMMAND',\n\t0x014F: 'GET.MOVIE',\n\t0x0150: 'CONCATENATE',\n\t0x0151: 'POWER',\n\t0x0152: 'PIVOT.ADD.DATA',\n\t0x0153: 'GET.PIVOT.TABLE',\n\t0x0154: 'GET.PIVOT.FIELD',\n\t0x0155: 'GET.PIVOT.ITEM',\n\t0x0156: 'RADIANS',\n\t0x0157: 'DEGREES',\n\t0x0158: 'SUBTOTAL',\n\t0x0159: 'SUMIF',\n\t0x015A: 'COUNTIF',\n\t0x015B: 'COUNTBLANK',\n\t0x015C: 'SCENARIO.GET',\n\t0x015D: 'OPTIONS.LISTS.GET',\n\t0x015E: 'ISPMT',\n\t0x015F: 'DATEDIF',\n\t0x0160: 'DATESTRING',\n\t0x0161: 'NUMBERSTRING',\n\t0x0162: 'ROMAN',\n\t0x0163: 'OPEN.DIALOG',\n\t0x0164: 'SAVE.DIALOG',\n\t0x0165: 'VIEW.GET',\n\t0x0166: 'GETPIVOTDATA',\n\t0x0167: 'HYPERLINK',\n\t0x0168: 'PHONETIC',\n\t0x0169: 'AVERAGEA',\n\t0x016A: 'MAXA',\n\t0x016B: 'MINA',\n\t0x016C: 'STDEVPA',\n\t0x016D: 'VARPA',\n\t0x016E: 'STDEVA',\n\t0x016F: 'VARA',\n\t0x0170: 'BAHTTEXT',\n\t0x0171: 'THAIDAYOFWEEK',\n\t0x0172: 'THAIDIGIT',\n\t0x0173: 'THAIMONTHOFYEAR',\n\t0x0174: 'THAINUMSOUND',\n\t0x0175: 'THAINUMSTRING',\n\t0x0176: 'THAISTRINGLENGTH',\n\t0x0177: 'ISTHAIDIGIT',\n\t0x0178: 'ROUNDBAHTDOWN',\n\t0x0179: 'ROUNDBAHTUP',\n\t0x017A: 'THAIYEAR',\n\t0x017B: 'RTD'\n};\nvar FtabArgc = {\n\t0x0002: 1, /* ISNA */\n\t0x0003: 1, /* ISERROR */\n\t0x000F: 1, /* SIN */\n\t0x0010: 1, /* COS */\n\t0x0011: 1, /* TAN */\n\t0x0012: 1, /* ATAN */\n\t0x0014: 1, /* SQRT */\n\t0x0015: 1, /* EXP */\n\t0x0016: 1, /* LN */\n\t0x0017: 1, /* LOG10 */\n\t0x0018: 1, /* ABS */\n\t0x0019: 1, /* INT */\n\t0x001A: 1, /* SIGN */\n\t0x001B: 2, /* ROUND */\n\t0x001E: 2, /* REPT */\n\t0x001F: 3, /* MID */\n\t0x0020: 1, /* LEN */\n\t0x0021: 1, /* VALUE */\n\t0x0026: 1, /* NOT */\n\t0x0027: 2, /* MOD */\n\t0x0028: 3, /* DCOUNT */\n\t0x0029: 3, /* DSUM */\n\t0x002A: 3, /* DAVERAGE */\n\t0x002B: 3, /* DMIN */\n\t0x002C: 3, /* DMAX */\n\t0x002D: 3, /* DSTDEV */\n\t0x002F: 3, /* DVAR */\n\t0x0030: 2, /* TEXT */\n\t0x0035: 1, /* GOTO */\n\t0x003D: 3, /* MIRR */\n\t0x0041: 3, /* DATE */\n\t0x0042: 3, /* TIME */\n\t0x0043: 1, /* DAY */\n\t0x0044: 1, /* MONTH */\n\t0x0045: 1, /* YEAR */\n\t0x0047: 1, /* HOUR */\n\t0x0048: 1, /* MINUTE */\n\t0x0049: 1, /* SECOND */\n\t0x004B: 1, /* AREAS */\n\t0x004C: 1, /* ROWS */\n\t0x004D: 1, /* COLUMNS */\n\t0x004F: 2, /* ABSREF */\n\t0x0050: 2, /* RELREF */\n\t0x0053: 1, /* TRANSPOSE */\n\t0x0056: 1, /* TYPE */\n\t0x005A: 1, /* DEREF */\n\t0x0061: 2, /* ATAN2 */\n\t0x0062: 1, /* ASIN */\n\t0x0063: 1, /* ACOS */\n\t0x0069: 1, /* ISREF */\n\t0x006F: 1, /* CHAR */\n\t0x0070: 1, /* LOWER */\n\t0x0071: 1, /* UPPER */\n\t0x0072: 1, /* PROPER */\n\t0x0075: 2, /* EXACT */\n\t0x0076: 1, /* TRIM */\n\t0x0077: 4, /* REPLACE */\n\t0x0079: 1, /* CODE */\n\t0x007E: 1, /* ISERR */\n\t0x007F: 1, /* ISTEXT */\n\t0x0080: 1, /* ISNUMBER */\n\t0x0081: 1, /* ISBLANK */\n\t0x0082: 1, /* T */\n\t0x0083: 1, /* N */\n\t0x0085: 1, /* FCLOSE */\n\t0x0086: 1, /* FSIZE */\n\t0x0087: 1, /* FREADLN */\n\t0x0088: 2, /* FREAD */\n\t0x0089: 2, /* FWRITELN */\n\t0x008A: 2, /* FWRITE */\n\t0x008C: 1, /* DATEVALUE */\n\t0x008D: 1, /* TIMEVALUE */\n\t0x008E: 3, /* SLN */\n\t0x008F: 4, /* SYD */\n\t0x00A2: 1, /* CLEAN */\n\t0x00A3: 1, /* MDETERM */\n\t0x00A4: 1, /* MINVERSE */\n\t0x00A5: 2, /* MMULT */\n\t0x00AC: 1, /* WHILE */\n\t0x00AF: 2, /* INITIATE */\n\t0x00B0: 2, /* REQUEST */\n\t0x00B1: 3, /* POKE */\n\t0x00B2: 2, /* EXECUTE */\n\t0x00B3: 1, /* TERMINATE */\n\t0x00B8: 1, /* FACT */\n\t0x00BD: 3, /* DPRODUCT */\n\t0x00BE: 1, /* ISNONTEXT */\n\t0x00C3: 3, /* DSTDEVP */\n\t0x00C4: 3, /* DVARP */\n\t0x00C6: 1, /* ISLOGICAL */\n\t0x00C7: 3, /* DCOUNTA */\n\t0x00C9: 1, /* UNREGISTER */\n\t0x00CF: 4, /* REPLACEB */\n\t0x00D2: 3, /* MIDB */\n\t0x00D3: 1, /* LENB */\n\t0x00D4: 2, /* ROUNDUP */\n\t0x00D5: 2, /* ROUNDDOWN */\n\t0x00D6: 1, /* ASC */\n\t0x00D7: 1, /* DBCS */\n\t0x00E5: 1, /* SINH */\n\t0x00E6: 1, /* COSH */\n\t0x00E7: 1, /* TANH */\n\t0x00E8: 1, /* ASINH */\n\t0x00E9: 1, /* ACOSH */\n\t0x00EA: 1, /* ATANH */\n\t0x00EB: 3, /* DGET */\n\t0x00F4: 1, /* INFO */\n\t0x00FC: 2, /* FREQUENCY */\n\t0x0101: 1, /* EVALUATE */\n\t0x0105: 1, /* ERROR.TYPE */\n\t0x010F: 1, /* GAMMALN */\n\t0x0111: 4, /* BINOMDIST */\n\t0x0112: 2, /* CHIDIST */\n\t0x0113: 2, /* CHIINV */\n\t0x0114: 2, /* COMBIN */\n\t0x0115: 3, /* CONFIDENCE */\n\t0x0116: 3, /* CRITBINOM */\n\t0x0117: 1, /* EVEN */\n\t0x0118: 3, /* EXPONDIST */\n\t0x0119: 3, /* FDIST */\n\t0x011A: 3, /* FINV */\n\t0x011B: 1, /* FISHER */\n\t0x011C: 1, /* FISHERINV */\n\t0x011D: 2, /* FLOOR */\n\t0x011E: 4, /* GAMMADIST */\n\t0x011F: 3, /* GAMMAINV */\n\t0x0120: 2, /* CEILING */\n\t0x0121: 4, /* HYPGEOMDIST */\n\t0x0122: 3, /* LOGNORMDIST */\n\t0x0123: 3, /* LOGINV */\n\t0x0124: 3, /* NEGBINOMDIST */\n\t0x0125: 4, /* NORMDIST */\n\t0x0126: 1, /* NORMSDIST */\n\t0x0127: 3, /* NORMINV */\n\t0x0128: 1, /* NORMSINV */\n\t0x0129: 3, /* STANDARDIZE */\n\t0x012A: 1, /* ODD */\n\t0x012B: 2, /* PERMUT */\n\t0x012C: 3, /* POISSON */\n\t0x012D: 3, /* TDIST */\n\t0x012E: 4, /* WEIBULL */\n\t0x012F: 2, /* SUMXMY2 */\n\t0x0130: 2, /* SUMX2MY2 */\n\t0x0131: 2, /* SUMX2PY2 */\n\t0x0132: 2, /* CHITEST */\n\t0x0133: 2, /* CORREL */\n\t0x0134: 2, /* COVAR */\n\t0x0135: 3, /* FORECAST */\n\t0x0136: 2, /* FTEST */\n\t0x0137: 2, /* INTERCEPT */\n\t0x0138: 2, /* PEARSON */\n\t0x0139: 2, /* RSQ */\n\t0x013A: 2, /* STEYX */\n\t0x013B: 2, /* SLOPE */\n\t0x013C: 4, /* TTEST */\n\t0x0145: 2, /* LARGE */\n\t0x0146: 2, /* SMALL */\n\t0x0147: 2, /* QUARTILE */\n\t0x0148: 2, /* PERCENTILE */\n\t0x014B: 2, /* TRIMMEAN */\n\t0x014C: 2, /* TINV */\n\t0x0151: 2, /* POWER */\n\t0x0156: 1, /* RADIANS */\n\t0x0157: 1, /* DEGREES */\n\t0x015A: 2, /* COUNTIF */\n\t0x015B: 1, /* COUNTBLANK */\n\t0x015E: 4, /* ISPMT */\n\t0x015F: 3, /* DATEDIF */\n\t0x0160: 1, /* DATESTRING */\n\t0x0161: 2, /* NUMBERSTRING */\n\t0x0168: 1, /* PHONETIC */\n\t0x0170: 1, /* BAHTTEXT */\n\t0x0171: 1, /* THAIDAYOFWEEK */\n\t0x0172: 1, /* THAIDIGIT */\n\t0x0173: 1, /* THAIMONTHOFYEAR */\n\t0x0174: 1, /* THAINUMSOUND */\n\t0x0175: 1, /* THAINUMSTRING */\n\t0x0176: 1, /* THAISTRINGLENGTH */\n\t0x0177: 1, /* ISTHAIDIGIT */\n\t0x0178: 1, /* ROUNDBAHTDOWN */\n\t0x0179: 1, /* ROUNDBAHTUP */\n\t0x017A: 1, /* THAIYEAR */\n\t0xFFFF: 0\n};\n/* [MS-XLSX] 2.2.3 Functions */\nvar XLSXFutureFunctions = {\n\t\"_xlfn.ACOT\": \"ACOT\",\n\t\"_xlfn.ACOTH\": \"ACOTH\",\n\t\"_xlfn.AGGREGATE\": \"AGGREGATE\",\n\t\"_xlfn.ARABIC\": \"ARABIC\",\n\t\"_xlfn.AVERAGEIF\": \"AVERAGEIF\",\n\t\"_xlfn.AVERAGEIFS\": \"AVERAGEIFS\",\n\t\"_xlfn.BASE\": \"BASE\",\n\t\"_xlfn.BETA.DIST\": \"BETA.DIST\",\n\t\"_xlfn.BETA.INV\": \"BETA.INV\",\n\t\"_xlfn.BINOM.DIST\": \"BINOM.DIST\",\n\t\"_xlfn.BINOM.DIST.RANGE\": \"BINOM.DIST.RANGE\",\n\t\"_xlfn.BINOM.INV\": \"BINOM.INV\",\n\t\"_xlfn.BITAND\": \"BITAND\",\n\t\"_xlfn.BITLSHIFT\": \"BITLSHIFT\",\n\t\"_xlfn.BITOR\": \"BITOR\",\n\t\"_xlfn.BITRSHIFT\": \"BITRSHIFT\",\n\t\"_xlfn.BITXOR\": \"BITXOR\",\n\t\"_xlfn.CEILING.MATH\": \"CEILING.MATH\",\n\t\"_xlfn.CEILING.PRECISE\": \"CEILING.PRECISE\",\n\t\"_xlfn.CHISQ.DIST\": \"CHISQ.DIST\",\n\t\"_xlfn.CHISQ.DIST.RT\": \"CHISQ.DIST.RT\",\n\t\"_xlfn.CHISQ.INV\": \"CHISQ.INV\",\n\t\"_xlfn.CHISQ.INV.RT\": \"CHISQ.INV.RT\",\n\t\"_xlfn.CHISQ.TEST\": \"CHISQ.TEST\",\n\t\"_xlfn.COMBINA\": \"COMBINA\",\n\t\"_xlfn.CONFIDENCE.NORM\": \"CONFIDENCE.NORM\",\n\t\"_xlfn.CONFIDENCE.T\": \"CONFIDENCE.T\",\n\t\"_xlfn.COT\": \"COT\",\n\t\"_xlfn.COTH\": \"COTH\",\n\t\"_xlfn.COUNTIFS\": \"COUNTIFS\",\n\t\"_xlfn.COVARIANCE.P\": \"COVARIANCE.P\",\n\t\"_xlfn.COVARIANCE.S\": \"COVARIANCE.S\",\n\t\"_xlfn.CSC\": \"CSC\",\n\t\"_xlfn.CSCH\": \"CSCH\",\n\t\"_xlfn.DAYS\": \"DAYS\",\n\t\"_xlfn.DECIMAL\": \"DECIMAL\",\n\t\"_xlfn.ECMA.CEILING\": \"ECMA.CEILING\",\n\t\"_xlfn.ERF.PRECISE\": \"ERF.PRECISE\",\n\t\"_xlfn.ERFC.PRECISE\": \"ERFC.PRECISE\",\n\t\"_xlfn.EXPON.DIST\": \"EXPON.DIST\",\n\t\"_xlfn.F.DIST\": \"F.DIST\",\n\t\"_xlfn.F.DIST.RT\": \"F.DIST.RT\",\n\t\"_xlfn.F.INV\": \"F.INV\",\n\t\"_xlfn.F.INV.RT\": \"F.INV.RT\",\n\t\"_xlfn.F.TEST\": \"F.TEST\",\n\t\"_xlfn.FILTERXML\": \"FILTERXML\",\n\t\"_xlfn.FLOOR.MATH\": \"FLOOR.MATH\",\n\t\"_xlfn.FLOOR.PRECISE\": \"FLOOR.PRECISE\",\n\t\"_xlfn.FORMULATEXT\": \"FORMULATEXT\",\n\t\"_xlfn.GAMMA\": \"GAMMA\",\n\t\"_xlfn.GAMMA.DIST\": \"GAMMA.DIST\",\n\t\"_xlfn.GAMMA.INV\": \"GAMMA.INV\",\n\t\"_xlfn.GAMMALN.PRECISE\": \"GAMMALN.PRECISE\",\n\t\"_xlfn.GAUSS\": \"GAUSS\",\n\t\"_xlfn.HYPGEOM.DIST\": \"HYPGEOM.DIST\",\n\t\"_xlfn.IFNA\": \"IFNA\",\n\t\"_xlfn.IFERROR\": \"IFERROR\",\n\t\"_xlfn.IMCOSH\": \"IMCOSH\",\n\t\"_xlfn.IMCOT\": \"IMCOT\",\n\t\"_xlfn.IMCSC\": \"IMCSC\",\n\t\"_xlfn.IMCSCH\": \"IMCSCH\",\n\t\"_xlfn.IMSEC\": \"IMSEC\",\n\t\"_xlfn.IMSECH\": \"IMSECH\",\n\t\"_xlfn.IMSINH\": \"IMSINH\",\n\t\"_xlfn.IMTAN\": \"IMTAN\",\n\t\"_xlfn.ISFORMULA\": \"ISFORMULA\",\n\t\"_xlfn.ISO.CEILING\": \"ISO.CEILING\",\n\t\"_xlfn.ISOWEEKNUM\": \"ISOWEEKNUM\",\n\t\"_xlfn.LOGNORM.DIST\": \"LOGNORM.DIST\",\n\t\"_xlfn.LOGNORM.INV\": \"LOGNORM.INV\",\n\t\"_xlfn.MODE.MULT\": \"MODE.MULT\",\n\t\"_xlfn.MODE.SNGL\": \"MODE.SNGL\",\n\t\"_xlfn.MUNIT\": \"MUNIT\",\n\t\"_xlfn.NEGBINOM.DIST\": \"NEGBINOM.DIST\",\n\t\"_xlfn.NETWORKDAYS.INTL\": \"NETWORKDAYS.INTL\",\n\t\"_xlfn.NIGBINOM\": \"NIGBINOM\",\n\t\"_xlfn.NORM.DIST\": \"NORM.DIST\",\n\t\"_xlfn.NORM.INV\": \"NORM.INV\",\n\t\"_xlfn.NORM.S.DIST\": \"NORM.S.DIST\",\n\t\"_xlfn.NORM.S.INV\": \"NORM.S.INV\",\n\t\"_xlfn.NUMBERVALUE\": \"NUMBERVALUE\",\n\t\"_xlfn.PDURATION\": \"PDURATION\",\n\t\"_xlfn.PERCENTILE.EXC\": \"PERCENTILE.EXC\",\n\t\"_xlfn.PERCENTILE.INC\": \"PERCENTILE.INC\",\n\t\"_xlfn.PERCENTRANK.EXC\": \"PERCENTRANK.EXC\",\n\t\"_xlfn.PERCENTRANK.INC\": \"PERCENTRANK.INC\",\n\t\"_xlfn.PERMUTATIONA\": \"PERMUTATIONA\",\n\t\"_xlfn.PHI\": \"PHI\",\n\t\"_xlfn.POISSON.DIST\": \"POISSON.DIST\",\n\t\"_xlfn.QUARTILE.EXC\": \"QUARTILE.EXC\",\n\t\"_xlfn.QUARTILE.INC\": \"QUARTILE.INC\",\n\t\"_xlfn.QUERYSTRING\": \"QUERYSTRING\",\n\t\"_xlfn.RANK.AVG\": \"RANK.AVG\",\n\t\"_xlfn.RANK.EQ\": \"RANK.EQ\",\n\t\"_xlfn.RRI\": \"RRI\",\n\t\"_xlfn.SEC\": \"SEC\",\n\t\"_xlfn.SECH\": \"SECH\",\n\t\"_xlfn.SHEET\": \"SHEET\",\n\t\"_xlfn.SHEETS\": \"SHEETS\",\n\t\"_xlfn.SKEW.P\": \"SKEW.P\",\n\t\"_xlfn.STDEV.P\": \"STDEV.P\",\n\t\"_xlfn.STDEV.S\": \"STDEV.S\",\n\t\"_xlfn.SUMIFS\": \"SUMIFS\",\n\t\"_xlfn.T.DIST\": \"T.DIST\",\n\t\"_xlfn.T.DIST.2T\": \"T.DIST.2T\",\n\t\"_xlfn.T.DIST.RT\": \"T.DIST.RT\",\n\t\"_xlfn.T.INV\": \"T.INV\",\n\t\"_xlfn.T.INV.2T\": \"T.INV.2T\",\n\t\"_xlfn.T.TEST\": \"T.TEST\",\n\t\"_xlfn.UNICHAR\": \"UNICHAR\",\n\t\"_xlfn.UNICODE\": \"UNICODE\",\n\t\"_xlfn.VAR.P\": \"VAR.P\",\n\t\"_xlfn.VAR.S\": \"VAR.S\",\n\t\"_xlfn.WEBSERVICE\": \"WEBSERVICE\",\n\t\"_xlfn.WEIBULL.DIST\": \"WEIBULL.DIST\",\n\t\"_xlfn.WORKDAY.INTL\": \"WORKDAY.INTL\",\n\t\"_xlfn.XOR\": \"XOR\",\n\t\"_xlfn.Z.TEST\": \"Z.TEST\"\n};\n\nvar strs = {}; // shared strings\nvar _ssfopts = {}; // spreadsheet formatting options\n\nRELS.WS = \"http://schemas.openxmlformats.org/officeDocument/2006/relationships/worksheet\";\n\nfunction get_sst_id(sst, str) {\n\tfor(var i = 0, len = sst.length; i < len; ++i) if(sst[i].t === str) { sst.Count ++; return i; }\n\tsst[len] = {t:str}; sst.Count ++; sst.Unique ++; return len;\n}\n\nfunction get_cell_style(styles, cell, opts) {\n\tvar z = opts.revssf[cell.z != null ? cell.z : \"General\"];\n\tfor(var i = 0, len = styles.length; i != len; ++i) if(styles[i].numFmtId === z) return i;\n\tstyles[len] = {\n\t\tnumFmtId:z,\n\t\tfontId:0,\n\t\tfillId:0,\n\t\tborderId:0,\n\t\txfId:0,\n\t\tapplyNumberFormat:1\n\t};\n\treturn len;\n}\n\nfunction safe_format(p, fmtid, fillid, opts) {\n\ttry {\n\t\tif(p.t === 'e') p.w = p.w || BErr[p.v];\n\t\telse if(fmtid === 0) {\n\t\t\tif(p.t === 'n') {\n\t\t\t\tif((p.v|0) === p.v) p.w = SSF._general_int(p.v,_ssfopts);\n\t\t\t\telse p.w = SSF._general_num(p.v,_ssfopts);\n\t\t\t}\n\t\t\telse if(p.t === 'd') {\n\t\t\t\tvar dd = datenum(p.v);\n\t\t\t\tif((dd|0) === dd) p.w = SSF._general_int(dd,_ssfopts);\n\t\t\t\telse p.w = SSF._general_num(dd,_ssfopts);\n\t\t\t}\n\t\t\telse if(p.v === undefined) return \"\";\n\t\t\telse p.w = SSF._general(p.v,_ssfopts);\n\t\t}\n\t\telse if(p.t === 'd') p.w = SSF.format(fmtid,datenum(p.v),_ssfopts);\n\t\telse p.w = SSF.format(fmtid,p.v,_ssfopts);\n\t\tif(opts.cellNF) p.z = SSF._table[fmtid];\n\t} catch(e) { if(opts.WTF) throw e; }\n\tif(fillid) try {\n\t\tp.s = styles.Fills[fillid];\n\t\tif (p.s.fgColor && p.s.fgColor.theme) {\n\t\t\tp.s.fgColor.rgb = rgb_tint(themes.themeElements.clrScheme[p.s.fgColor.theme].rgb, p.s.fgColor.tint || 0);\n\t\t\tif(opts.WTF) p.s.fgColor.raw_rgb = themes.themeElements.clrScheme[p.s.fgColor.theme].rgb;\n\t\t}\n\t\tif (p.s.bgColor && p.s.bgColor.theme) {\n\t\t\tp.s.bgColor.rgb = rgb_tint(themes.themeElements.clrScheme[p.s.bgColor.theme].rgb, p.s.bgColor.tint || 0);\n\t\t\tif(opts.WTF) p.s.bgColor.raw_rgb = themes.themeElements.clrScheme[p.s.bgColor.theme].rgb;\n\t\t}\n\t} catch(e) { if(opts.WTF) throw e; }\n}\nfunction parse_ws_xml_dim(ws, s) {\n\tvar d = safe_decode_range(s);\n\tif(d.s.r<=d.e.r && d.s.c<=d.e.c && d.s.r>=0 && d.s.c>=0) ws[\"!ref\"] = encode_range(d);\n}\nvar mergecregex = /<mergeCell ref=\"[A-Z0-9:]+\"\\s*\\/>/g;\nvar sheetdataregex = /<(?:\\w+:)?sheetData>([^\\u2603]*)<\\/(?:\\w+:)?sheetData>/;\nvar hlinkregex = /<hyperlink[^>]*\\/>/g;\nvar dimregex = /\"(\\w*:\\w*)\"/;\nvar colregex = /<col[^>]*\\/>/g;\n/* 18.3 Worksheets */\nfunction parse_ws_xml(data, opts, rels) {\n\tif(!data) return data;\n\t/* 18.3.1.99 worksheet CT_Worksheet */\n\tvar s = {};\n\n\t/* 18.3.1.35 dimension CT_SheetDimension ? */\n\tvar ridx = data.indexOf(\"<dimension\");\n\tif(ridx > 0) {\n\t\tvar ref = data.substr(ridx,50).match(dimregex);\n\t\tif(ref != null) parse_ws_xml_dim(s, ref[1]);\n\t}\n\n\t/* 18.3.1.55 mergeCells CT_MergeCells */\n\tvar mergecells = [];\n\tif(data.indexOf(\"</mergeCells>\")!==-1) {\n\t\tvar merges = data.match(mergecregex);\n\t\tfor(ridx = 0; ridx != merges.length; ++ridx)\n\t\t\tmergecells[ridx] = safe_decode_range(merges[ridx].substr(merges[ridx].indexOf(\"\\\"\")+1));\n\t}\n\n\t/* 18.3.1.17 cols CT_Cols */\n\tvar columns = [];\n\tif(opts.cellStyles && data.indexOf(\"</cols>\")!==-1) {\n\t\t/* 18.3.1.13 col CT_Col */\n\t\tvar cols = data.match(colregex);\n\t\tparse_ws_xml_cols(columns, cols);\n\t}\n\n\tvar refguess = {s: {r:1000000, c:1000000}, e: {r:0, c:0} };\n\n\t/* 18.3.1.80 sheetData CT_SheetData ? */\n\tvar mtch=data.match(sheetdataregex);\n\tif(mtch) parse_ws_xml_data(mtch[1], s, opts, refguess);\n\n\t/* 18.3.1.48 hyperlinks CT_Hyperlinks */\n\tif(data.indexOf(\"</hyperlinks>\")!==-1) parse_ws_xml_hlinks(s, data.match(hlinkregex), rels);\n\n\tif(!s[\"!ref\"] && refguess.e.c >= refguess.s.c && refguess.e.r >= refguess.s.r) s[\"!ref\"] = encode_range(refguess);\n\tif(opts.sheetRows > 0 && s[\"!ref\"]) {\n\t\tvar tmpref = safe_decode_range(s[\"!ref\"]);\n\t\tif(opts.sheetRows < +tmpref.e.r) {\n\t\t\ttmpref.e.r = opts.sheetRows - 1;\n\t\t\tif(tmpref.e.r > refguess.e.r) tmpref.e.r = refguess.e.r;\n\t\t\tif(tmpref.e.r < tmpref.s.r) tmpref.s.r = tmpref.e.r;\n\t\t\tif(tmpref.e.c > refguess.e.c) tmpref.e.c = refguess.e.c;\n\t\t\tif(tmpref.e.c < tmpref.s.c) tmpref.s.c = tmpref.e.c;\n\t\t\ts[\"!fullref\"] = s[\"!ref\"];\n\t\t\ts[\"!ref\"] = encode_range(tmpref);\n\t\t}\n\t}\n\tif(mergecells.length > 0) s[\"!merges\"] = mergecells;\n\tif(columns.length > 0) s[\"!cols\"] = columns;\n\treturn s;\n}\n\nfunction write_ws_xml_merges(merges) {\n\tif(merges.length == 0) return \"\";\n\tvar o = '<mergeCells count=\"' + merges.length + '\">';\n\tfor(var i = 0; i != merges.length; ++i) o += '<mergeCell ref=\"' + encode_range(merges[i]) + '\"/>';\n\treturn o + '</mergeCells>';\n}\n\nfunction parse_ws_xml_hlinks(s, data, rels) {\n\tfor(var i = 0; i != data.length; ++i) {\n\t\tvar val = parsexmltag(data[i], true);\n\t\tif(!val.ref) return;\n\t\tvar rel = rels ? rels['!id'][val.id] : null;\n\t\tif(rel) {\n\t\t\tval.Target = rel.Target;\n\t\t\tif(val.location) val.Target += \"#\"+val.location;\n\t\t\tval.Rel = rel;\n\t\t} else {\n\t\t\tval.Target = val.location;\n\t\t\trel = {Target: val.location, TargetMode: 'Internal'};\n\t\t\tval.Rel = rel;\n\t\t}\n\t\tvar rng = safe_decode_range(val.ref);\n\t\tfor(var R=rng.s.r;R<=rng.e.r;++R) for(var C=rng.s.c;C<=rng.e.c;++C) {\n\t\t\tvar addr = encode_cell({c:C,r:R});\n\t\t\tif(!s[addr]) s[addr] = {t:\"stub\",v:undefined};\n\t\t\ts[addr].l = val;\n\t\t}\n\t}\n}\n\nfunction parse_ws_xml_cols(columns, cols) {\n\tvar seencol = false;\n\tfor(var coli = 0; coli != cols.length; ++coli) {\n\t\tvar coll = parsexmltag(cols[coli], true);\n\t\tvar colm=parseInt(coll.min, 10)-1, colM=parseInt(coll.max,10)-1;\n\t\tdelete coll.min; delete coll.max;\n\t\tif(!seencol && coll.width) { seencol = true; find_mdw(+coll.width, coll); }\n\t\tif(coll.width) {\n\t\t\tcoll.wpx = width2px(+coll.width);\n\t\t\tcoll.wch = px2char(coll.wpx);\n\t\t\tcoll.MDW = MDW;\n\t\t}\n\t\twhile(colm <= colM) columns[colm++] = coll;\n\t}\n}\n\nfunction write_ws_xml_cols(ws, cols) {\n\tvar o = [\"<cols>\"], col, width;\n\tfor(var i = 0; i != cols.length; ++i) {\n\t\tif(!(col = cols[i])) continue;\n\t\tvar p = {min:i+1,max:i+1};\n\t\t/* wch (chars), wpx (pixels) */\n\t\twidth = -1;\n\t\tif(col.wpx) width = px2char(col.wpx);\n\t\telse if(col.wch) width = col.wch;\n\t\tif(width > -1) { p.width = char2width(width); p.customWidth= 1; }\n\t\to[o.length] = (writextag('col', null, p));\n\t}\n\to[o.length] = \"</cols>\";\n\treturn o.join(\"\");\n}\n\nfunction write_ws_xml_cell(cell, ref, ws, opts, idx, wb) {\n\tif(cell.v === undefined) return \"\";\n\tvar vv = \"\";\n\tvar oldt = cell.t, oldv = cell.v;\n\tswitch(cell.t) {\n\t\tcase 'b': vv = cell.v ? \"1\" : \"0\"; break;\n\t\tcase 'n': vv = ''+cell.v; break;\n\t\tcase 'e': vv = BErr[cell.v]; break;\n\t\tcase 'd':\n\t\t\tif(opts.cellDates) vv = new Date(cell.v).toISOString();\n\t\t\telse {\n\t\t\t\tcell.t = 'n';\n\t\t\t\tvv = ''+(cell.v = datenum(cell.v));\n\t\t\t\tif(typeof cell.z === 'undefined') cell.z = SSF._table[14];\n\t\t\t}\n\t\t\tbreak;\n\t\tdefault: vv = cell.v; break;\n\t}\n\tvar v = writetag('v', escapexml(vv)), o = {r:ref};\n\t/* TODO: cell style */\n\tvar os = get_cell_style(opts.cellXfs, cell, opts);\n\tif(os !== 0) o.s = os;\n\tswitch(cell.t) {\n\t\tcase 'n': break;\n\t\tcase 'd': o.t = \"d\"; break;\n\t\tcase 'b': o.t = \"b\"; break;\n\t\tcase 'e': o.t = \"e\"; break;\n\t\tdefault:\n\t\t\tif(opts.bookSST) {\n\t\t\t\tv = writetag('v', ''+get_sst_id(opts.Strings, cell.v));\n\t\t\t\to.t = \"s\"; break;\n\t\t\t}\n\t\t\to.t = \"str\"; break;\n\t}\n\tif(cell.t != oldt) { cell.t = oldt; cell.v = oldv; }\n\treturn writextag('c', v, o);\n}\n\nvar parse_ws_xml_data = (function parse_ws_xml_data_factory() {\n\tvar cellregex = /<(?:\\w+:)?c[ >]/, rowregex = /<\\/(?:\\w+:)?row>/;\n\tvar rregex = /r=[\"']([^\"']*)[\"']/, isregex = /<is>([\\S\\s]*?)<\\/is>/;\n\tvar match_v = matchtag(\"v\"), match_f = matchtag(\"f\");\n\nreturn function parse_ws_xml_data(sdata, s, opts, guess) {\n\tvar ri = 0, x = \"\", cells = [], cref = [], idx = 0, i=0, cc=0, d=\"\", p;\n\tvar tag, tagr = 0, tagc = 0;\n\tvar sstr;\n\tvar fmtid = 0, fillid = 0, do_format = Array.isArray(styles.CellXf), cf;\n\tfor(var marr = sdata.split(rowregex), mt = 0, marrlen = marr.length; mt != marrlen; ++mt) {\n\t\tx = marr[mt].trim();\n\t\tvar xlen = x.length;\n\t\tif(xlen === 0) continue;\n\n\t\t/* 18.3.1.73 row CT_Row */\n\t\tfor(ri = 0; ri < xlen; ++ri) if(x.charCodeAt(ri) === 62) break; ++ri;\n\t\ttag = parsexmltag(x.substr(0,ri), true);\n\t\t/* SpreadSheetGear uses implicit r/c */\n\t\ttagr = typeof tag.r !== 'undefined' ? parseInt(tag.r, 10) : tagr+1; tagc = -1;\n\t\tif(opts.sheetRows && opts.sheetRows < tagr) continue;\n\t\tif(guess.s.r > tagr - 1) guess.s.r = tagr - 1;\n\t\tif(guess.e.r < tagr - 1) guess.e.r = tagr - 1;\n\n\t\t/* 18.3.1.4 c CT_Cell */\n\t\tcells = x.substr(ri).split(cellregex);\n\t\tfor(ri = typeof tag.r === 'undefined' ? 0 : 1; ri != cells.length; ++ri) {\n\t\t\tx = cells[ri].trim();\n\t\t\tif(x.length === 0) continue;\n\t\t\tcref = x.match(rregex); idx = ri; i=0; cc=0;\n\t\t\tx = \"<c \" + (x.substr(0,1)==\"<\"?\">\":\"\") + x;\n\t\t\tif(cref !== null && cref.length === 2) {\n\t\t\t\tidx = 0; d=cref[1];\n\t\t\t\tfor(i=0; i != d.length; ++i) {\n\t\t\t\t\tif((cc=d.charCodeAt(i)-64) < 1 || cc > 26) break;\n\t\t\t\t\tidx = 26*idx + cc;\n\t\t\t\t}\n\t\t\t\t--idx;\n\t\t\t\ttagc = idx;\n\t\t\t} else ++tagc;\n\t\t\tfor(i = 0; i != x.length; ++i) if(x.charCodeAt(i) === 62) break; ++i;\n\t\t\ttag = parsexmltag(x.substr(0,i), true);\n\t\t\tif(!tag.r) tag.r = utils.encode_cell({r:tagr-1, c:tagc});\n\t\t\td = x.substr(i);\n\t\t\tp = {t:\"\"};\n\n\t\t\tif((cref=d.match(match_v))!== null && cref[1] !== '') p.v=unescapexml(cref[1]);\n\t\t\tif(opts.cellFormula && (cref=d.match(match_f))!== null) p.f=unescapexml(cref[1]);\n\n\t\t\t/* SCHEMA IS ACTUALLY INCORRECT HERE. IF A CELL HAS NO T, EMIT \"\" */\n\t\t\tif(tag.t === undefined && p.v === undefined) {\n\t\t\t\tif(!opts.sheetStubs) continue;\n\t\t\t\tp.t = \"stub\";\n\t\t\t}\n\t\t\telse p.t = tag.t || \"n\";\n\t\t\tif(guess.s.c > idx) guess.s.c = idx;\n\t\t\tif(guess.e.c < idx) guess.e.c = idx;\n\t\t\t/* 18.18.11 t ST_CellType */\n\t\t\tswitch(p.t) {\n\t\t\t\tcase 'n': p.v = parseFloat(p.v); break;\n\t\t\t\tcase 's':\n\t\t\t\t\tsstr = strs[parseInt(p.v, 10)];\n\t\t\t\t\tp.v = sstr.t;\n\t\t\t\t\tp.r = sstr.r;\n\t\t\t\t\tif(opts.cellHTML) p.h = sstr.h;\n\t\t\t\t\tbreak;\n\t\t\t\tcase 'str':\n\t\t\t\t\tp.t = \"s\";\n\t\t\t\t\tp.v = (p.v!=null) ? utf8read(p.v) : '';\n\t\t\t\t\tif(opts.cellHTML) p.h = p.v;\n\t\t\t\t\tbreak;\n\t\t\t\tcase 'inlineStr':\n\t\t\t\t\tcref = d.match(isregex);\n\t\t\t\t\tp.t = 's';\n\t\t\t\t\tif(cref !== null) { sstr = parse_si(cref[1]); p.v = sstr.t; } else p.v = \"\";\n\t\t\t\t\tbreak; // inline string\n\t\t\t\tcase 'b': p.v = parsexmlbool(p.v); break;\n\t\t\t\tcase 'd':\n\t\t\t\t\tif(!opts.cellDates) { p.v = datenum(p.v); p.t = 'n'; }\n\t\t\t\t\tbreak;\n\t\t\t\t/* error string in .v, number in .v */\n\t\t\t\tcase 'e': p.w = p.v; p.v = RBErr[p.v]; break;\n\t\t\t}\n\t\t\t/* formatting */\n\t\t\tfmtid = fillid = 0;\n\t\t\tif(do_format && tag.s !== undefined) {\n\t\t\t\tcf = styles.CellXf[tag.s];\n\t\t\t\tif(cf != null) {\n\t\t\t\t\tif(cf.numFmtId != null) fmtid = cf.numFmtId;\n\t\t\t\t\tif(opts.cellStyles && cf.fillId != null) fillid = cf.fillId;\n\t\t\t\t}\n\t\t\t}\n\t\t\tsafe_format(p, fmtid, fillid, opts);\n\t\t\ts[tag.r] = p;\n\t\t}\n\t}\n}; })();\n\nfunction write_ws_xml_data(ws, opts, idx, wb) {\n\tvar o = [], r = [], range = safe_decode_range(ws['!ref']), cell, ref, rr = \"\", cols = [], R, C;\n\tfor(C = range.s.c; C <= range.e.c; ++C) cols[C] = encode_col(C);\n\tfor(R = range.s.r; R <= range.e.r; ++R) {\n\t\tr = [];\n\t\trr = encode_row(R);\n\t\tfor(C = range.s.c; C <= range.e.c; ++C) {\n\t\t\tref = cols[C] + rr;\n\t\t\tif(ws[ref] === undefined) continue;\n\t\t\tif((cell = write_ws_xml_cell(ws[ref], ref, ws, opts, idx, wb)) != null) r.push(cell);\n\t\t}\n\t\tif(r.length > 0) o[o.length] = (writextag('row', r.join(\"\"), {r:rr}));\n\t}\n\treturn o.join(\"\");\n}\n\nvar WS_XML_ROOT = writextag('worksheet', null, {\n\t'xmlns': XMLNS.main[0],\n\t'xmlns:r': XMLNS.r\n});\n\nfunction write_ws_xml(idx, opts, wb) {\n\tvar o = [XML_HEADER, WS_XML_ROOT];\n\tvar s = wb.SheetNames[idx], sidx = 0, rdata = \"\";\n\tvar ws = wb.Sheets[s];\n\tif(ws === undefined) ws = {};\n\tvar ref = ws['!ref']; if(ref === undefined) ref = 'A1';\n\to[o.length] = (writextag('dimension', null, {'ref': ref}));\n\n\tif(ws['!cols'] !== undefined && ws['!cols'].length > 0) o[o.length] = (write_ws_xml_cols(ws, ws['!cols']));\n\to[sidx = o.length] = '<sheetData/>';\n\tif(ws['!ref'] !== undefined) {\n\t\trdata = write_ws_xml_data(ws, opts, idx, wb);\n\t\tif(rdata.length > 0) o[o.length] = (rdata);\n\t}\n\tif(o.length>sidx+1) { o[o.length] = ('</sheetData>'); o[sidx]=o[sidx].replace(\"/>\",\">\"); }\n\n\tif(ws['!merges'] !== undefined && ws['!merges'].length > 0) o[o.length] = (write_ws_xml_merges(ws['!merges']));\n\n\tif(o.length>2) { o[o.length] = ('</worksheet>'); o[1]=o[1].replace(\"/>\",\">\"); }\n\treturn o.join(\"\");\n}\n\n/* [MS-XLSB] 2.4.718 BrtRowHdr */\nfunction parse_BrtRowHdr(data, length) {\n\tvar z = [];\n\tz.r = data.read_shift(4);\n\tdata.l += length-4;\n\treturn z;\n}\n\n/* [MS-XLSB] 2.4.812 BrtWsDim */\nvar parse_BrtWsDim = parse_UncheckedRfX;\nvar write_BrtWsDim = write_UncheckedRfX;\n\n/* [MS-XLSB] 2.4.815 BrtWsProp */\nfunction parse_BrtWsProp(data, length) {\n\tvar z = {};\n\t/* TODO: pull flags */\n\tdata.l += 19;\n\tz.name = parse_XLSBCodeName(data, length - 19);\n\treturn z;\n}\n\n/* [MS-XLSB] 2.4.303 BrtCellBlank */\nfunction parse_BrtCellBlank(data, length) {\n\tvar cell = parse_XLSBCell(data);\n\treturn [cell];\n}\nfunction write_BrtCellBlank(cell, val, o) {\n\tif(o == null) o = new_buf(8);\n\treturn write_XLSBCell(val, o);\n}\n\n\n/* [MS-XLSB] 2.4.304 BrtCellBool */\nfunction parse_BrtCellBool(data, length) {\n\tvar cell = parse_XLSBCell(data);\n\tvar fBool = data.read_shift(1);\n\treturn [cell, fBool, 'b'];\n}\n\n/* [MS-XLSB] 2.4.305 BrtCellError */\nfunction parse_BrtCellError(data, length) {\n\tvar cell = parse_XLSBCell(data);\n\tvar fBool = data.read_shift(1);\n\treturn [cell, fBool, 'e'];\n}\n\n/* [MS-XLSB] 2.4.308 BrtCellIsst */\nfunction parse_BrtCellIsst(data, length) {\n\tvar cell = parse_XLSBCell(data);\n\tvar isst = data.read_shift(4);\n\treturn [cell, isst, 's'];\n}\n\n/* [MS-XLSB] 2.4.310 BrtCellReal */\nfunction parse_BrtCellReal(data, length) {\n\tvar cell = parse_XLSBCell(data);\n\tvar value = parse_Xnum(data);\n\treturn [cell, value, 'n'];\n}\n\n/* [MS-XLSB] 2.4.311 BrtCellRk */\nfunction parse_BrtCellRk(data, length) {\n\tvar cell = parse_XLSBCell(data);\n\tvar value = parse_RkNumber(data);\n\treturn [cell, value, 'n'];\n}\n\n/* [MS-XLSB] 2.4.314 BrtCellSt */\nfunction parse_BrtCellSt(data, length) {\n\tvar cell = parse_XLSBCell(data);\n\tvar value = parse_XLWideString(data);\n\treturn [cell, value, 'str'];\n}\n\n/* [MS-XLSB] 2.4.647 BrtFmlaBool */\nfunction parse_BrtFmlaBool(data, length, opts) {\n\tvar cell = parse_XLSBCell(data);\n\tvar value = data.read_shift(1);\n\tvar o = [cell, value, 'b'];\n\tif(opts.cellFormula) {\n\t\tvar formula = parse_XLSBCellParsedFormula(data, length-9);\n\t\to[3] = \"\"; /* TODO */\n\t}\n\telse data.l += length-9;\n\treturn o;\n}\n\n/* [MS-XLSB] 2.4.648 BrtFmlaError */\nfunction parse_BrtFmlaError(data, length, opts) {\n\tvar cell = parse_XLSBCell(data);\n\tvar value = data.read_shift(1);\n\tvar o = [cell, value, 'e'];\n\tif(opts.cellFormula) {\n\t\tvar formula = parse_XLSBCellParsedFormula(data, length-9);\n\t\to[3] = \"\"; /* TODO */\n\t}\n\telse data.l += length-9;\n\treturn o;\n}\n\n/* [MS-XLSB] 2.4.649 BrtFmlaNum */\nfunction parse_BrtFmlaNum(data, length, opts) {\n\tvar cell = parse_XLSBCell(data);\n\tvar value = parse_Xnum(data);\n\tvar o = [cell, value, 'n'];\n\tif(opts.cellFormula) {\n\t\tvar formula = parse_XLSBCellParsedFormula(data, length - 16);\n\t\to[3] = \"\"; /* TODO */\n\t}\n\telse data.l += length-16;\n\treturn o;\n}\n\n/* [MS-XLSB] 2.4.650 BrtFmlaString */\nfunction parse_BrtFmlaString(data, length, opts) {\n\tvar start = data.l;\n\tvar cell = parse_XLSBCell(data);\n\tvar value = parse_XLWideString(data);\n\tvar o = [cell, value, 'str'];\n\tif(opts.cellFormula) {\n\t\tvar formula = parse_XLSBCellParsedFormula(data, start + length - data.l);\n\t}\n\telse data.l = start + length;\n\treturn o;\n}\n\n/* [MS-XLSB] 2.4.676 BrtMergeCell */\nvar parse_BrtMergeCell = parse_UncheckedRfX;\n\n/* [MS-XLSB] 2.4.656 BrtHLink */\nfunction parse_BrtHLink(data, length, opts) {\n\tvar end = data.l + length;\n\tvar rfx = parse_UncheckedRfX(data, 16);\n\tvar relId = parse_XLNullableWideString(data);\n\tvar loc = parse_XLWideString(data);\n\tvar tooltip = parse_XLWideString(data);\n\tvar display = parse_XLWideString(data);\n\tdata.l = end;\n\treturn {rfx:rfx, relId:relId, loc:loc, tooltip:tooltip, display:display};\n}\n\n/* [MS-XLSB] 2.1.7.61 Worksheet */\nfunction parse_ws_bin(data, opts, rels) {\n\tif(!data) return data;\n\tif(!rels) rels = {'!id':{}};\n\tvar s = {};\n\n\tvar ref;\n\tvar refguess = {s: {r:1000000, c:1000000}, e: {r:0, c:0} };\n\n\tvar pass = false, end = false;\n\tvar row, p, cf, R, C, addr, sstr, rr;\n\tvar mergecells = [];\n\trecordhopper(data, function ws_parse(val, R) {\n\t\tif(end) return;\n\t\tswitch(R.n) {\n\t\t\tcase 'BrtWsDim': ref = val; break;\n\t\t\tcase 'BrtRowHdr':\n\t\t\t\trow = val;\n\t\t\t\tif(opts.sheetRows && opts.sheetRows <= row.r) end=true;\n\t\t\t\trr = encode_row(row.r);\n\t\t\t\tbreak;\n\n\t\t\tcase 'BrtFmlaBool':\n\t\t\tcase 'BrtFmlaError':\n\t\t\tcase 'BrtFmlaNum':\n\t\t\tcase 'BrtFmlaString':\n\t\t\tcase 'BrtCellBool':\n\t\t\tcase 'BrtCellError':\n\t\t\tcase 'BrtCellIsst':\n\t\t\tcase 'BrtCellReal':\n\t\t\tcase 'BrtCellRk':\n\t\t\tcase 'BrtCellSt':\n\t\t\t\tp = {t:val[2]};\n\t\t\t\tswitch(val[2]) {\n\t\t\t\t\tcase 'n': p.v = val[1]; break;\n\t\t\t\t\tcase 's': sstr = strs[val[1]]; p.v = sstr.t; p.r = sstr.r; break;\n\t\t\t\t\tcase 'b': p.v = val[1] ? true : false; break;\n\t\t\t\t\tcase 'e': p.v = val[1]; p.w = BErr[p.v]; break;\n\t\t\t\t\tcase 'str': p.t = 's'; p.v = utf8read(val[1]); break;\n\t\t\t\t}\n\t\t\t\tif(opts.cellFormula && val.length > 3) p.f = val[3];\n\t\t\t\tif((cf = styles.CellXf[val[0].iStyleRef])) safe_format(p,cf.ifmt,null,opts);\n\t\t\t\ts[encode_col(C=val[0].c) + rr] = p;\n\t\t\t\tif(refguess.s.r > row.r) refguess.s.r = row.r;\n\t\t\t\tif(refguess.s.c > C) refguess.s.c = C;\n\t\t\t\tif(refguess.e.r < row.r) refguess.e.r = row.r;\n\t\t\t\tif(refguess.e.c < C) refguess.e.c = C;\n\t\t\t\tbreak;\n\n\t\t\tcase 'BrtCellBlank': if(!opts.sheetStubs) break;\n\t\t\t\tp = {t:'s',v:undefined};\n\t\t\t\ts[encode_col(C=val[0].c) + rr] = p;\n\t\t\t\tif(refguess.s.r > row.r) refguess.s.r = row.r;\n\t\t\t\tif(refguess.s.c > C) refguess.s.c = C;\n\t\t\t\tif(refguess.e.r < row.r) refguess.e.r = row.r;\n\t\t\t\tif(refguess.e.c < C) refguess.e.c = C;\n\t\t\t\tbreak;\n\n\t\t\t/* Merge Cells */\n\t\t\tcase 'BrtBeginMergeCells': break;\n\t\t\tcase 'BrtEndMergeCells': break;\n\t\t\tcase 'BrtMergeCell': mergecells.push(val); break;\n\n\t\t\tcase 'BrtHLink':\n\t\t\t\tvar rel = rels['!id'][val.relId];\n\t\t\t\tif(rel) {\n\t\t\t\t\tval.Target = rel.Target;\n\t\t\t\t\tif(val.loc) val.Target += \"#\"+val.loc;\n\t\t\t\t\tval.Rel = rel;\n\t\t\t\t}\n\t\t\t\tfor(R=val.rfx.s.r;R<=val.rfx.e.r;++R) for(C=val.rfx.s.c;C<=val.rfx.e.c;++C) {\n\t\t\t\t\taddr = encode_cell({c:C,r:R});\n\t\t\t\t\tif(!s[addr]) s[addr] = {t:'s',v:undefined};\n\t\t\t\t\ts[addr].l = val;\n\t\t\t\t}\n\t\t\t\tbreak;\n\n\t\t\tcase 'BrtArrFmla': break; // TODO\n\t\t\tcase 'BrtShrFmla': break; // TODO\n\t\t\tcase 'BrtBeginSheet': break;\n\t\t\tcase 'BrtWsProp': break; // TODO\n\t\t\tcase 'BrtSheetCalcProp': break; // TODO\n\t\t\tcase 'BrtBeginWsViews': break; // TODO\n\t\t\tcase 'BrtBeginWsView': break; // TODO\n\t\t\tcase 'BrtPane': break; // TODO\n\t\t\tcase 'BrtSel': break; // TODO\n\t\t\tcase 'BrtEndWsView': break; // TODO\n\t\t\tcase 'BrtEndWsViews': break; // TODO\n\t\t\tcase 'BrtACBegin': break; // TODO\n\t\t\tcase 'BrtRwDescent': break; // TODO\n\t\t\tcase 'BrtACEnd': break; // TODO\n\t\t\tcase 'BrtWsFmtInfoEx14': break; // TODO\n\t\t\tcase 'BrtWsFmtInfo': break; // TODO\n\t\t\tcase 'BrtBeginColInfos': break; // TODO\n\t\t\tcase 'BrtColInfo': break; // TODO\n\t\t\tcase 'BrtEndColInfos': break; // TODO\n\t\t\tcase 'BrtBeginSheetData': break; // TODO\n\t\t\tcase 'BrtEndSheetData': break; // TODO\n\t\t\tcase 'BrtSheetProtection': break; // TODO\n\t\t\tcase 'BrtPrintOptions': break; // TODO\n\t\t\tcase 'BrtMargins': break; // TODO\n\t\t\tcase 'BrtPageSetup': break; // TODO\n\t\t\tcase 'BrtFRTBegin': pass = true; break;\n\t\t\tcase 'BrtFRTEnd': pass = false; break;\n\t\t\tcase 'BrtEndSheet': break; // TODO\n\t\t\tcase 'BrtDrawing': break; // TODO\n\t\t\tcase 'BrtLegacyDrawing': break; // TODO\n\t\t\tcase 'BrtLegacyDrawingHF': break; // TODO\n\t\t\tcase 'BrtPhoneticInfo': break; // TODO\n\t\t\tcase 'BrtBeginHeaderFooter': break; // TODO\n\t\t\tcase 'BrtEndHeaderFooter': break; // TODO\n\t\t\tcase 'BrtBrk': break; // TODO\n\t\t\tcase 'BrtBeginRwBrk': break; // TODO\n\t\t\tcase 'BrtEndRwBrk': break; // TODO\n\t\t\tcase 'BrtBeginColBrk': break; // TODO\n\t\t\tcase 'BrtEndColBrk': break; // TODO\n\t\t\tcase 'BrtBeginUserShViews': break; // TODO\n\t\t\tcase 'BrtBeginUserShView': break; // TODO\n\t\t\tcase 'BrtEndUserShView': break; // TODO\n\t\t\tcase 'BrtEndUserShViews': break; // TODO\n\t\t\tcase 'BrtBkHim': break; // TODO\n\t\t\tcase 'BrtBeginOleObjects': break; // TODO\n\t\t\tcase 'BrtOleObject': break; // TODO\n\t\t\tcase 'BrtEndOleObjects': break; // TODO\n\t\t\tcase 'BrtBeginListParts': break; // TODO\n\t\t\tcase 'BrtListPart': break; // TODO\n\t\t\tcase 'BrtEndListParts': break; // TODO\n\t\t\tcase 'BrtBeginSortState': break; // TODO\n\t\t\tcase 'BrtBeginSortCond': break; // TODO\n\t\t\tcase 'BrtEndSortCond': break; // TODO\n\t\t\tcase 'BrtEndSortState': break; // TODO\n\t\t\tcase 'BrtBeginConditionalFormatting': break; // TODO\n\t\t\tcase 'BrtEndConditionalFormatting': break; // TODO\n\t\t\tcase 'BrtBeginCFRule': break; // TODO\n\t\t\tcase 'BrtEndCFRule': break; // TODO\n\t\t\tcase 'BrtBeginDVals': break; // TODO\n\t\t\tcase 'BrtDVal': break; // TODO\n\t\t\tcase 'BrtEndDVals': break; // TODO\n\t\t\tcase 'BrtRangeProtection': break; // TODO\n\t\t\tcase 'BrtBeginDCon': break; // TODO\n\t\t\tcase 'BrtEndDCon': break; // TODO\n\t\t\tcase 'BrtBeginDRefs': break;\n\t\t\tcase 'BrtDRef': break;\n\t\t\tcase 'BrtEndDRefs': break;\n\n\t\t\t/* ActiveX */\n\t\t\tcase 'BrtBeginActiveXControls': break;\n\t\t\tcase 'BrtActiveX': break;\n\t\t\tcase 'BrtEndActiveXControls': break;\n\n\t\t\t/* AutoFilter */\n\t\t\tcase 'BrtBeginAFilter': break;\n\t\t\tcase 'BrtEndAFilter': break;\n\t\t\tcase 'BrtBeginFilterColumn': break;\n\t\t\tcase 'BrtBeginFilters': break;\n\t\t\tcase 'BrtFilter': break;\n\t\t\tcase 'BrtEndFilters': break;\n\t\t\tcase 'BrtEndFilterColumn': break;\n\t\t\tcase 'BrtDynamicFilter': break;\n\t\t\tcase 'BrtTop10Filter': break;\n\t\t\tcase 'BrtBeginCustomFilters': break;\n\t\t\tcase 'BrtCustomFilter': break;\n\t\t\tcase 'BrtEndCustomFilters': break;\n\n\t\t\t/* Smart Tags */\n\t\t\tcase 'BrtBeginSmartTags': break;\n\t\t\tcase 'BrtBeginCellSmartTags': break;\n\t\t\tcase 'BrtBeginCellSmartTag': break;\n\t\t\tcase 'BrtCellSmartTagProperty': break;\n\t\t\tcase 'BrtEndCellSmartTag': break;\n\t\t\tcase 'BrtEndCellSmartTags': break;\n\t\t\tcase 'BrtEndSmartTags': break;\n\n\t\t\t/* Cell Watch */\n\t\t\tcase 'BrtBeginCellWatches': break;\n\t\t\tcase 'BrtCellWatch': break;\n\t\t\tcase 'BrtEndCellWatches': break;\n\n\t\t\t/* Table */\n\t\t\tcase 'BrtTable': break;\n\n\t\t\t/* Ignore Cell Errors */\n\t\t\tcase 'BrtBeginCellIgnoreECs': break;\n\t\t\tcase 'BrtCellIgnoreEC': break;\n\t\t\tcase 'BrtEndCellIgnoreECs': break;\n\n\t\t\tdefault: if(!pass || opts.WTF) throw new Error(\"Unexpected record \" + R.n);\n\t\t}\n\t}, opts);\n\tif(!s[\"!ref\"] && (refguess.s.r < 1000000 || ref.e.r > 0 || ref.e.c > 0 || ref.s.r > 0 || ref.s.c > 0)) s[\"!ref\"] = encode_range(ref);\n\tif(opts.sheetRows && s[\"!ref\"]) {\n\t\tvar tmpref = safe_decode_range(s[\"!ref\"]);\n\t\tif(opts.sheetRows < +tmpref.e.r) {\n\t\t\ttmpref.e.r = opts.sheetRows - 1;\n\t\t\tif(tmpref.e.r > refguess.e.r) tmpref.e.r = refguess.e.r;\n\t\t\tif(tmpref.e.r < tmpref.s.r) tmpref.s.r = tmpref.e.r;\n\t\t\tif(tmpref.e.c > refguess.e.c) tmpref.e.c = refguess.e.c;\n\t\t\tif(tmpref.e.c < tmpref.s.c) tmpref.s.c = tmpref.e.c;\n\t\t\ts[\"!fullref\"] = s[\"!ref\"];\n\t\t\ts[\"!ref\"] = encode_range(tmpref);\n\t\t}\n\t}\n\tif(mergecells.length > 0) s[\"!merges\"] = mergecells;\n\treturn s;\n}\n\n/* TODO: something useful -- this is a stub */\nfunction write_ws_bin_cell(ba, cell, R, C, opts) {\n\tif(cell.v === undefined) return \"\";\n\tvar vv = \"\";\n\tswitch(cell.t) {\n\t\tcase 'b': vv = cell.v ? \"1\" : \"0\"; break;\n\t\tcase 'n': case 'e': vv = ''+cell.v; break;\n\t\tdefault: vv = cell.v; break;\n\t}\n\tvar o = {r:R, c:C};\n\t/* TODO: cell style */\n\to.s = get_cell_style(opts.cellXfs, cell, opts);\n\tswitch(cell.t) {\n\t\tcase 's': case 'str':\n\t\t\tif(opts.bookSST) {\n\t\t\t\tvv = get_sst_id(opts.Strings, cell.v);\n\t\t\t\to.t = \"s\"; break;\n\t\t\t}\n\t\t\to.t = \"str\"; break;\n\t\tcase 'n': break;\n\t\tcase 'b': o.t = \"b\"; break;\n\t\tcase 'e': o.t = \"e\"; break;\n\t}\n\twrite_record(ba, \"BrtCellBlank\", write_BrtCellBlank(cell, o));\n}\n\nfunction write_CELLTABLE(ba, ws, idx, opts, wb) {\n\tvar range = safe_decode_range(ws['!ref'] || \"A1\"), ref, rr = \"\", cols = [];\n\twrite_record(ba, 'BrtBeginSheetData');\n\tfor(var R = range.s.r; R <= range.e.r; ++R) {\n\t\trr = encode_row(R);\n\t\t/* [ACCELLTABLE] */\n\t\t/* BrtRowHdr */\n\t\tfor(var C = range.s.c; C <= range.e.c; ++C) {\n\t\t\t/* *16384CELL */\n\t\t\tif(R === range.s.r) cols[C] = encode_col(C);\n\t\t\tref = cols[C] + rr;\n\t\t\tif(!ws[ref]) continue;\n\t\t\t/* write cell */\n\t\t\twrite_ws_bin_cell(ba, ws[ref], R, C, opts);\n\t\t}\n\t}\n\twrite_record(ba, 'BrtEndSheetData');\n}\n\nfunction write_ws_bin(idx, opts, wb) {\n\tvar ba = buf_array();\n\tvar s = wb.SheetNames[idx], ws = wb.Sheets[s] || {};\n\tvar r = safe_decode_range(ws['!ref'] || \"A1\");\n\twrite_record(ba, \"BrtBeginSheet\");\n\t/* [BrtWsProp] */\n\twrite_record(ba, \"BrtWsDim\", write_BrtWsDim(r));\n\t/* [WSVIEWS2] */\n\t/* [WSFMTINFO] */\n\t/* *COLINFOS */\n\twrite_CELLTABLE(ba, ws, idx, opts, wb);\n\t/* [BrtSheetCalcProp] */\n\t/* [[BrtSheetProtectionIso] BrtSheetProtection] */\n\t/* *([BrtRangeProtectionIso] BrtRangeProtection) */\n\t/* [SCENMAN] */\n\t/* [AUTOFILTER] */\n\t/* [SORTSTATE] */\n\t/* [DCON] */\n\t/* [USERSHVIEWS] */\n\t/* [MERGECELLS] */\n\t/* [BrtPhoneticInfo] */\n\t/* *CONDITIONALFORMATTING */\n\t/* [DVALS] */\n\t/* *BrtHLink */\n\t/* [BrtPrintOptions] */\n\t/* [BrtMargins] */\n\t/* [BrtPageSetup] */\n\t/* [HEADERFOOTER] */\n\t/* [RWBRK] */\n\t/* [COLBRK] */\n\t/* *BrtBigName */\n\t/* [CELLWATCHES] */\n\t/* [IGNOREECS] */\n\t/* [SMARTTAGS] */\n\t/* [BrtDrawing] */\n\t/* [BrtLegacyDrawing] */\n\t/* [BrtLegacyDrawingHF] */\n\t/* [BrtBkHim] */\n\t/* [OLEOBJECTS] */\n\t/* [ACTIVEXCONTROLS] */\n\t/* [WEBPUBITEMS] */\n\t/* [LISTPARTS] */\n\t/* FRTWORKSHEET */\n\twrite_record(ba, \"BrtEndSheet\");\n\treturn ba.end();\n}\n/* 18.2.28 (CT_WorkbookProtection) Defaults */\nvar WBPropsDef = [\n\t['allowRefreshQuery', '0'],\n\t['autoCompressPictures', '1'],\n\t['backupFile', '0'],\n\t['checkCompatibility', '0'],\n\t['codeName', ''],\n\t['date1904', '0'],\n\t['dateCompatibility', '1'],\n\t//['defaultThemeVersion', '0'],\n\t['filterPrivacy', '0'],\n\t['hidePivotFieldList', '0'],\n\t['promptedSolutions', '0'],\n\t['publishItems', '0'],\n\t['refreshAllConnections', false],\n\t['saveExternalLinkValues', '1'],\n\t['showBorderUnselectedTables', '1'],\n\t['showInkAnnotation', '1'],\n\t['showObjects', 'all'],\n\t['showPivotChartFilter', '0']\n\t//['updateLinks', 'userSet']\n];\n\n/* 18.2.30 (CT_BookView) Defaults */\nvar WBViewDef = [\n\t['activeTab', '0'],\n\t['autoFilterDateGrouping', '1'],\n\t['firstSheet', '0'],\n\t['minimized', '0'],\n\t['showHorizontalScroll', '1'],\n\t['showSheetTabs', '1'],\n\t['showVerticalScroll', '1'],\n\t['tabRatio', '600'],\n\t['visibility', 'visible']\n\t//window{Height,Width}, {x,y}Window\n];\n\n/* 18.2.19 (CT_Sheet) Defaults */\nvar SheetDef = [\n\t['state', 'visible']\n];\n\n/* 18.2.2 (CT_CalcPr) Defaults */\nvar CalcPrDef = [\n\t['calcCompleted', 'true'],\n\t['calcMode', 'auto'],\n\t['calcOnSave', 'true'],\n\t['concurrentCalc', 'true'],\n\t['fullCalcOnLoad', 'false'],\n\t['fullPrecision', 'true'],\n\t['iterate', 'false'],\n\t['iterateCount', '100'],\n\t['iterateDelta', '0.001'],\n\t['refMode', 'A1']\n];\n\n/* 18.2.3 (CT_CustomWorkbookView) Defaults */\nvar CustomWBViewDef = [\n\t['autoUpdate', 'false'],\n\t['changesSavedWin', 'false'],\n\t['includeHiddenRowCol', 'true'],\n\t['includePrintSettings', 'true'],\n\t['maximized', 'false'],\n\t['minimized', 'false'],\n\t['onlySync', 'false'],\n\t['personalView', 'false'],\n\t['showComments', 'commIndicator'],\n\t['showFormulaBar', 'true'],\n\t['showHorizontalScroll', 'true'],\n\t['showObjects', 'all'],\n\t['showSheetTabs', 'true'],\n\t['showStatusbar', 'true'],\n\t['showVerticalScroll', 'true'],\n\t['tabRatio', '600'],\n\t['xWindow', '0'],\n\t['yWindow', '0']\n];\n\nfunction push_defaults_array(target, defaults) {\n\tfor(var j = 0; j != target.length; ++j) { var w = target[j];\n\t\tfor(var i=0; i != defaults.length; ++i) { var z = defaults[i];\n\t\t\tif(w[z[0]] == null) w[z[0]] = z[1];\n\t\t}\n\t}\n}\nfunction push_defaults(target, defaults) {\n\tfor(var i = 0; i != defaults.length; ++i) { var z = defaults[i];\n\t\tif(target[z[0]] == null) target[z[0]] = z[1];\n\t}\n}\n\nfunction parse_wb_defaults(wb) {\n\tpush_defaults(wb.WBProps, WBPropsDef);\n\tpush_defaults(wb.CalcPr, CalcPrDef);\n\n\tpush_defaults_array(wb.WBView, WBViewDef);\n\tpush_defaults_array(wb.Sheets, SheetDef);\n\n\t_ssfopts.date1904 = parsexmlbool(wb.WBProps.date1904, 'date1904');\n}\n/* 18.2 Workbook */\nvar wbnsregex = /<\\w+:workbook/;\nfunction parse_wb_xml(data, opts) {\n\tvar wb = { AppVersion:{}, WBProps:{}, WBView:[], Sheets:[], CalcPr:{}, xmlns: \"\" };\n\tvar pass = false, xmlns = \"xmlns\";\n\tdata.match(tagregex).forEach(function xml_wb(x) {\n\t\tvar y = parsexmltag(x);\n\t\tswitch(strip_ns(y[0])) {\n\t\t\tcase '<?xml': break;\n\n\t\t\t/* 18.2.27 workbook CT_Workbook 1 */\n\t\t\tcase '<workbook':\n\t\t\t\tif(x.match(wbnsregex)) xmlns = \"xmlns\" + x.match(/<(\\w+):/)[1];\n\t\t\t\twb.xmlns = y[xmlns];\n\t\t\t\tbreak;\n\t\t\tcase '</workbook>': break;\n\n\t\t\t/* 18.2.13 fileVersion CT_FileVersion ? */\n\t\t\tcase '<fileVersion': delete y[0]; wb.AppVersion = y; break;\n\t\t\tcase '<fileVersion/>': break;\n\n\t\t\t/* 18.2.12 fileSharing CT_FileSharing ? */\n\t\t\tcase '<fileSharing': case '<fileSharing/>': break;\n\n\t\t\t/* 18.2.28 workbookPr CT_WorkbookPr ? */\n\t\t\tcase '<workbookPr': delete y[0]; wb.WBProps = y; break;\n\t\t\tcase '<workbookPr/>': delete y[0]; wb.WBProps = y; break;\n\n\t\t\t/* 18.2.29 workbookProtection CT_WorkbookProtection ? */\n\t\t\tcase '<workbookProtection': break;\n\t\t\tcase '<workbookProtection/>': break;\n\n\t\t\t/* 18.2.1 bookViews CT_BookViews ? */\n\t\t\tcase '<bookViews>': case '</bookViews>': break;\n\t\t\t/* 18.2.30 workbookView CT_BookView + */\n\t\t\tcase '<workbookView': delete y[0]; wb.WBView.push(y); break;\n\n\t\t\t/* 18.2.20 sheets CT_Sheets 1 */\n\t\t\tcase '<sheets>': case '</sheets>': break; // aggregate sheet\n\t\t\t/* 18.2.19 sheet CT_Sheet + */\n\t\t\tcase '<sheet': delete y[0]; y.name = utf8read(y.name); wb.Sheets.push(y); break;\n\n\t\t\t/* 18.2.15 functionGroups CT_FunctionGroups ? */\n\t\t\tcase '<functionGroups': case '<functionGroups/>': break;\n\t\t\t/* 18.2.14 functionGroup CT_FunctionGroup + */\n\t\t\tcase '<functionGroup': break;\n\n\t\t\t/* 18.2.9 externalReferences CT_ExternalReferences ? */\n\t\t\tcase '<externalReferences': case '</externalReferences>': case '<externalReferences>': break;\n\t\t\t/* 18.2.8 externalReference CT_ExternalReference + */\n\t\t\tcase '<externalReference': break;\n\n\t\t\t/* 18.2.6 definedNames CT_DefinedNames ? */\n\t\t\tcase '<definedNames/>': break;\n\t\t\tcase '<definedNames>': case '<definedNames': pass=true; break;\n\t\t\tcase '</definedNames>': pass=false; break;\n\t\t\t/* 18.2.5 definedName CT_DefinedName + */\n\t\t\tcase '<definedName': case '<definedName/>': case '</definedName>': break;\n\n\t\t\t/* 18.2.2 calcPr CT_CalcPr ? */\n\t\t\tcase '<calcPr': delete y[0]; wb.CalcPr = y; break;\n\t\t\tcase '<calcPr/>': delete y[0]; wb.CalcPr = y; break;\n\n\t\t\t/* 18.2.16 oleSize CT_OleSize ? (ref required) */\n\t\t\tcase '<oleSize': break;\n\n\t\t\t/* 18.2.4 customWorkbookViews CT_CustomWorkbookViews ? */\n\t\t\tcase '<customWorkbookViews>': case '</customWorkbookViews>': case '<customWorkbookViews': break;\n\t\t\t/* 18.2.3 customWorkbookView CT_CustomWorkbookView + */\n\t\t\tcase '<customWorkbookView': case '</customWorkbookView>': break;\n\n\t\t\t/* 18.2.18 pivotCaches CT_PivotCaches ? */\n\t\t\tcase '<pivotCaches>': case '</pivotCaches>': case '<pivotCaches': break;\n\t\t\t/* 18.2.17 pivotCache CT_PivotCache ? */\n\t\t\tcase '<pivotCache': break;\n\n\t\t\t/* 18.2.21 smartTagPr CT_SmartTagPr ? */\n\t\t\tcase '<smartTagPr': case '<smartTagPr/>': break;\n\n\t\t\t/* 18.2.23 smartTagTypes CT_SmartTagTypes ? */\n\t\t\tcase '<smartTagTypes': case '<smartTagTypes>': case '</smartTagTypes>': break;\n\t\t\t/* 18.2.22 smartTagType CT_SmartTagType ? */\n\t\t\tcase '<smartTagType': break;\n\n\t\t\t/* 18.2.24 webPublishing CT_WebPublishing ? */\n\t\t\tcase '<webPublishing': case '<webPublishing/>': break;\n\n\t\t\t/* 18.2.11 fileRecoveryPr CT_FileRecoveryPr ? */\n\t\t\tcase '<fileRecoveryPr': case '<fileRecoveryPr/>': break;\n\n\t\t\t/* 18.2.26 webPublishObjects CT_WebPublishObjects ? */\n\t\t\tcase '<webPublishObjects>': case '<webPublishObjects': case '</webPublishObjects>': break;\n\t\t\t/* 18.2.25 webPublishObject CT_WebPublishObject ? */\n\t\t\tcase '<webPublishObject': break;\n\n\t\t\t/* 18.2.10 extLst CT_ExtensionList ? */\n\t\t\tcase '<extLst>': case '</extLst>': case '<extLst/>': break;\n\t\t\t/* 18.2.7 ext CT_Extension + */\n\t\t\tcase '<ext': pass=true; break; //TODO: check with versions of excel\n\t\t\tcase '</ext>': pass=false; break;\n\n\t\t\t/* Others */\n\t\t\tcase '<ArchID': break;\n\t\t\tcase '<AlternateContent': pass=true; break;\n\t\t\tcase '</AlternateContent>': pass=false; break;\n\n\t\t\tdefault: if(!pass && opts.WTF) throw 'unrecognized ' + y[0] + ' in workbook';\n\t\t}\n\t});\n\tif(XMLNS.main.indexOf(wb.xmlns) === -1) throw new Error(\"Unknown Namespace: \" + wb.xmlns);\n\n\tparse_wb_defaults(wb);\n\n\treturn wb;\n}\n\nvar WB_XML_ROOT = writextag('workbook', null, {\n\t'xmlns': XMLNS.main[0],\n\t//'xmlns:mx': XMLNS.mx,\n\t//'xmlns:s': XMLNS.main[0],\n\t'xmlns:r': XMLNS.r\n});\n\nfunction safe1904(wb) {\n\t/* TODO: store date1904 somewhere else */\n\ttry { return parsexmlbool(wb.Workbook.WBProps.date1904) ? \"true\" : \"false\"; } catch(e) { return \"false\"; }\n}\n\nfunction write_wb_xml(wb, opts) {\n\tvar o = [XML_HEADER];\n\to[o.length] = WB_XML_ROOT;\n\to[o.length] = (writextag('workbookPr', null, {date1904:safe1904(wb)}));\n\to[o.length] = \"<sheets>\";\n\tfor(var i = 0; i != wb.SheetNames.length; ++i)\n\t\to[o.length] = (writextag('sheet',null,{name:wb.SheetNames[i].substr(0,31), sheetId:\"\"+(i+1), \"r:id\":\"rId\"+(i+1)}));\n\to[o.length] = \"</sheets>\";\n\tif(o.length>2){ o[o.length] = '</workbook>'; o[1]=o[1].replace(\"/>\",\">\"); }\n\treturn o.join(\"\");\n}\n/* [MS-XLSB] 2.4.301 BrtBundleSh */\nfunction parse_BrtBundleSh(data, length) {\n\tvar z = {};\n\tz.hsState = data.read_shift(4); //ST_SheetState\n\tz.iTabID = data.read_shift(4);\n\tz.strRelID = parse_RelID(data,length-8);\n\tz.name = parse_XLWideString(data);\n\treturn z;\n}\nfunction write_BrtBundleSh(data, o) {\n\tif(!o) o = new_buf(127);\n\to.write_shift(4, data.hsState);\n\to.write_shift(4, data.iTabID);\n\twrite_RelID(data.strRelID, o);\n\twrite_XLWideString(data.name.substr(0,31), o);\n\treturn o;\n}\n\n/* [MS-XLSB] 2.4.807 BrtWbProp */\nfunction parse_BrtWbProp(data, length) {\n\tdata.read_shift(4);\n\tvar dwThemeVersion = data.read_shift(4);\n\tvar strName = (length > 8) ? parse_XLWideString(data) : \"\";\n\treturn [dwThemeVersion, strName];\n}\nfunction write_BrtWbProp(data, o) {\n\tif(!o) o = new_buf(8);\n\to.write_shift(4, 0);\n\to.write_shift(4, 0);\n\treturn o;\n}\n\nfunction parse_BrtFRTArchID$(data, length) {\n\tvar o = {};\n\tdata.read_shift(4);\n\to.ArchID = data.read_shift(4);\n\tdata.l += length - 8;\n\treturn o;\n}\n\n/* [MS-XLSB] 2.1.7.60 Workbook */\nfunction parse_wb_bin(data, opts) {\n\tvar wb = { AppVersion:{}, WBProps:{}, WBView:[], Sheets:[], CalcPr:{}, xmlns: \"\" };\n\tvar pass = false, z;\n\n\trecordhopper(data, function hopper_wb(val, R) {\n\t\tswitch(R.n) {\n\t\t\tcase 'BrtBundleSh': wb.Sheets.push(val); break;\n\n\t\t\tcase 'BrtBeginBook': break;\n\t\t\tcase 'BrtFileVersion': break;\n\t\t\tcase 'BrtWbProp': break;\n\t\t\tcase 'BrtACBegin': break;\n\t\t\tcase 'BrtAbsPath15': break;\n\t\t\tcase 'BrtACEnd': break;\n\t\t\tcase 'BrtWbFactoid': break;\n\t\t\t/*case 'BrtBookProtectionIso': break;*/\n\t\t\tcase 'BrtBookProtection': break;\n\t\t\tcase 'BrtBeginBookViews': break;\n\t\t\tcase 'BrtBookView': break;\n\t\t\tcase 'BrtEndBookViews': break;\n\t\t\tcase 'BrtBeginBundleShs': break;\n\t\t\tcase 'BrtEndBundleShs': break;\n\t\t\tcase 'BrtBeginFnGroup': break;\n\t\t\tcase 'BrtEndFnGroup': break;\n\t\t\tcase 'BrtBeginExternals': break;\n\t\t\tcase 'BrtSupSelf': break;\n\t\t\tcase 'BrtSupBookSrc': break;\n\t\t\tcase 'BrtExternSheet': break;\n\t\t\tcase 'BrtEndExternals': break;\n\t\t\tcase 'BrtName': break;\n\t\t\tcase 'BrtCalcProp': break;\n\t\t\tcase 'BrtUserBookView': break;\n\t\t\tcase 'BrtBeginPivotCacheIDs': break;\n\t\t\tcase 'BrtBeginPivotCacheID': break;\n\t\t\tcase 'BrtEndPivotCacheID': break;\n\t\t\tcase 'BrtEndPivotCacheIDs': break;\n\t\t\tcase 'BrtWebOpt': break;\n\t\t\tcase 'BrtFileRecover': break;\n\t\t\tcase 'BrtFileSharing': break;\n\t\t\t/*case 'BrtBeginWebPubItems': break;\n\t\t\tcase 'BrtBeginWebPubItem': break;\n\t\t\tcase 'BrtEndWebPubItem': break;\n\t\t\tcase 'BrtEndWebPubItems': break;*/\n\n\t\t\t/* Smart Tags */\n\t\t\tcase 'BrtBeginSmartTagTypes': break;\n\t\t\tcase 'BrtSmartTagType': break;\n\t\t\tcase 'BrtEndSmartTagTypes': break;\n\n\t\t\tcase 'BrtFRTBegin': pass = true; break;\n\t\t\tcase 'BrtFRTArchID$': break;\n\t\t\tcase 'BrtWorkBookPr15': break;\n\t\t\tcase 'BrtFRTEnd': pass = false; break;\n\t\t\tcase 'BrtEndBook': break;\n\t\t\tdefault: if(!pass || opts.WTF) throw new Error(\"Unexpected record \" + R.n);\n\t\t}\n\t});\n\n\tparse_wb_defaults(wb);\n\n\treturn wb;\n}\n\n/* [MS-XLSB] 2.1.7.60 Workbook */\nfunction write_BUNDLESHS(ba, wb, opts) {\n\twrite_record(ba, \"BrtBeginBundleShs\");\n\tfor(var idx = 0; idx != wb.SheetNames.length; ++idx) {\n\t\tvar d = { hsState: 0, iTabID: idx+1, strRelID: 'rId' + (idx+1), name: wb.SheetNames[idx] };\n\t\twrite_record(ba, \"BrtBundleSh\", write_BrtBundleSh(d));\n\t}\n\twrite_record(ba, \"BrtEndBundleShs\");\n}\n\n/* [MS-XLSB] 2.4.643 BrtFileVersion */\nfunction write_BrtFileVersion(data, o) {\n\tif(!o) o = new_buf(127);\n\tfor(var i = 0; i != 4; ++i) o.write_shift(4, 0);\n\twrite_XLWideString(\"SheetJS\", o);\n\twrite_XLWideString(XLSX.version, o);\n\twrite_XLWideString(XLSX.version, o);\n\twrite_XLWideString(\"7262\", o);\n\to.length = o.l;\n\treturn o;\n}\n\n/* [MS-XLSB] 2.1.7.60 Workbook */\nfunction write_BOOKVIEWS(ba, wb, opts) {\n\twrite_record(ba, \"BrtBeginBookViews\");\n\t/* 1*(BrtBookView *FRT) */\n\twrite_record(ba, \"BrtEndBookViews\");\n}\n\n/* [MS-XLSB] 2.4.302 BrtCalcProp */\nfunction write_BrtCalcProp(data, o) {\n\tif(!o) o = new_buf(26);\n\to.write_shift(4,0); /* force recalc */\n\to.write_shift(4,1);\n\to.write_shift(4,0);\n\twrite_Xnum(0, o);\n\to.write_shift(-4, 1023);\n\to.write_shift(1, 0x33);\n\to.write_shift(1, 0x00);\n\treturn o;\n}\n\nfunction write_BrtFileRecover(data, o) {\n\tif(!o) o = new_buf(1);\n\to.write_shift(1,0);\n\treturn o;\n}\n\n/* [MS-XLSB] 2.1.7.60 Workbook */\nfunction write_wb_bin(wb, opts) {\n\tvar ba = buf_array();\n\twrite_record(ba, \"BrtBeginBook\");\n\twrite_record(ba, \"BrtFileVersion\", write_BrtFileVersion());\n\t/* [[BrtFileSharingIso] BrtFileSharing] */\n\twrite_record(ba, \"BrtWbProp\", write_BrtWbProp());\n\t/* [ACABSPATH] */\n\t/* [[BrtBookProtectionIso] BrtBookProtection] */\n\twrite_BOOKVIEWS(ba, wb, opts);\n\twrite_BUNDLESHS(ba, wb, opts);\n\t/* [FNGROUP] */\n\t/* [EXTERNALS] */\n\t/* *BrtName */\n\twrite_record(ba, \"BrtCalcProp\", write_BrtCalcProp());\n\t/* [BrtOleSize] */\n\t/* *(BrtUserBookView *FRT) */\n\t/* [PIVOTCACHEIDS] */\n\t/* [BrtWbFactoid] */\n\t/* [SMARTTAGTYPES] */\n\t/* [BrtWebOpt] */\n\twrite_record(ba, \"BrtFileRecover\", write_BrtFileRecover());\n\t/* [WEBPUBITEMS] */\n\t/* [CRERRS] */\n\t/* FRTWORKBOOK */\n\twrite_record(ba, \"BrtEndBook\");\n\n\treturn ba.end();\n}\nfunction parse_wb(data, name, opts) {\n\treturn (name.substr(-4)===\".bin\" ? parse_wb_bin : parse_wb_xml)(data, opts);\n}\n\nfunction parse_ws(data, name, opts, rels) {\n\treturn (name.substr(-4)===\".bin\" ? parse_ws_bin : parse_ws_xml)(data, opts, rels);\n}\n\nfunction parse_sty(data, name, opts) {\n\treturn (name.substr(-4)===\".bin\" ? parse_sty_bin : parse_sty_xml)(data, opts);\n}\n\nfunction parse_theme(data, name, opts) {\n\treturn parse_theme_xml(data, opts);\n}\n\nfunction parse_sst(data, name, opts) {\n\treturn (name.substr(-4)===\".bin\" ? parse_sst_bin : parse_sst_xml)(data, opts);\n}\n\nfunction parse_cmnt(data, name, opts) {\n\treturn (name.substr(-4)===\".bin\" ? parse_comments_bin : parse_comments_xml)(data, opts);\n}\n\nfunction parse_cc(data, name, opts) {\n\treturn (name.substr(-4)===\".bin\" ? parse_cc_bin : parse_cc_xml)(data, opts);\n}\n\nfunction write_wb(wb, name, opts) {\n\treturn (name.substr(-4)===\".bin\" ? write_wb_bin : write_wb_xml)(wb, opts);\n}\n\nfunction write_ws(data, name, opts, wb) {\n\treturn (name.substr(-4)===\".bin\" ? write_ws_bin : write_ws_xml)(data, opts, wb);\n}\n\nfunction write_sty(data, name, opts) {\n\treturn (name.substr(-4)===\".bin\" ? write_sty_bin : write_sty_xml)(data, opts);\n}\n\nfunction write_sst(data, name, opts) {\n\treturn (name.substr(-4)===\".bin\" ? write_sst_bin : write_sst_xml)(data, opts);\n}\n/*\nfunction write_cmnt(data, name, opts) {\n\treturn (name.substr(-4)===\".bin\" ? write_comments_bin : write_comments_xml)(data, opts);\n}\n\nfunction write_cc(data, name, opts) {\n\treturn (name.substr(-4)===\".bin\" ? write_cc_bin : write_cc_xml)(data, opts);\n}\n*/\nvar attregexg2=/([\\w:]+)=((?:\")([^\"]*)(?:\")|(?:')([^']*)(?:'))/g;\nvar attregex2=/([\\w:]+)=((?:\")(?:[^\"]*)(?:\")|(?:')(?:[^']*)(?:'))/;\nvar _chr = function(c) { return String.fromCharCode(c); };\nfunction xlml_parsexmltag(tag, skip_root) {\n\tvar words = tag.split(/\\s+/);\n\tvar z = []; if(!skip_root) z[0] = words[0];\n\tif(words.length === 1) return z;\n\tvar m = tag.match(attregexg2), y, j, w, i;\n\tif(m) for(i = 0; i != m.length; ++i) {\n\t\ty = m[i].match(attregex2);\n\t\tif((j=y[1].indexOf(\":\")) === -1) z[y[1]] = y[2].substr(1,y[2].length-2);\n\t\telse {\n\t\t\tif(y[1].substr(0,6) === \"xmlns:\") w = \"xmlns\"+y[1].substr(6);\n\t\t\telse w = y[1].substr(j+1);\n\t\t\tz[w] = y[2].substr(1,y[2].length-2);\n\t\t}\n\t}\n\treturn z;\n}\nfunction xlml_parsexmltagobj(tag) {\n\tvar words = tag.split(/\\s+/);\n\tvar z = {};\n\tif(words.length === 1) return z;\n\tvar m = tag.match(attregexg2), y, j, w, i;\n\tif(m) for(i = 0; i != m.length; ++i) {\n\t\ty = m[i].match(attregex2);\n\t\tif((j=y[1].indexOf(\":\")) === -1) z[y[1]] = y[2].substr(1,y[2].length-2);\n\t\telse {\n\t\t\tif(y[1].substr(0,6) === \"xmlns:\") w = \"xmlns\"+y[1].substr(6);\n\t\t\telse w = y[1].substr(j+1);\n\t\t\tz[w] = y[2].substr(1,y[2].length-2);\n\t\t}\n\t}\n\treturn z;\n}\n\n// ----\n\nfunction xlml_format(format, value) {\n\tvar fmt = XLMLFormatMap[format] || unescapexml(format);\n\tif(fmt === \"General\") return SSF._general(value);\n\treturn SSF.format(fmt, value);\n}\n\nfunction xlml_set_custprop(Custprops, Rn, cp, val) {\n\tswitch((cp[0].match(/dt:dt=\"([\\w.]+)\"/)||[\"\",\"\"])[1]) {\n\t\tcase \"boolean\": val = parsexmlbool(val); break;\n\t\tcase \"i2\": case \"int\": val = parseInt(val, 10); break;\n\t\tcase \"r4\": case \"float\": val = parseFloat(val); break;\n\t\tcase \"date\": case \"dateTime.tz\": val = new Date(val); break;\n\t\tcase \"i8\": case \"string\": case \"fixed\": case \"uuid\": case \"bin.base64\": break;\n\t\tdefault: throw \"bad custprop:\" + cp[0];\n\t}\n\tCustprops[unescapexml(Rn[3])] = val;\n}\n\nfunction safe_format_xlml(cell, nf, o) {\n\ttry {\n\t\tif(cell.t === 'e') { cell.w = cell.w || BErr[cell.v]; }\n\t\telse if(nf === \"General\") {\n\t\t\tif(cell.t === 'n') {\n\t\t\t\tif((cell.v|0) === cell.v) cell.w = SSF._general_int(cell.v);\n\t\t\t\telse cell.w = SSF._general_num(cell.v);\n\t\t\t}\n\t\t\telse cell.w = SSF._general(cell.v);\n\t\t}\n\t\telse cell.w = xlml_format(nf||\"General\", cell.v);\n\t\tif(o.cellNF) cell.z = XLMLFormatMap[nf]||nf||\"General\";\n\t} catch(e) { if(o.WTF) throw e; }\n}\n\nfunction process_style_xlml(styles, stag, opts) {\n\tif(opts.cellStyles) {\n\t\tif(stag.Interior) {\n\t\t\tvar I = stag.Interior;\n\t\t\tif(I.Pattern) I.patternType = XLMLPatternTypeMap[I.Pattern] || I.Pattern;\n\t\t}\n\t}\n\tstyles[stag.ID] = stag;\n}\n\n/* TODO: there must exist some form of OSP-blessed spec */\nfunction parse_xlml_data(xml, ss, data, cell, base, styles, csty, row, o) {\n\tvar nf = \"General\", sid = cell.StyleID, S = {}; o = o || {};\n\tvar interiors = [];\n\tif(sid === undefined && row) sid = row.StyleID;\n\tif(sid === undefined && csty) sid = csty.StyleID;\n\twhile(styles[sid] !== undefined) {\n\t\tif(styles[sid].nf) nf = styles[sid].nf;\n\t\tif(styles[sid].Interior) interiors.push(styles[sid].Interior);\n\t\tif(!styles[sid].Parent) break;\n\t\tsid = styles[sid].Parent;\n\t}\n\tswitch(data.Type) {\n\t\tcase 'Boolean':\n\t\t\tcell.t = 'b';\n\t\t\tcell.v = parsexmlbool(xml);\n\t\t\tbreak;\n\t\tcase 'String':\n\t\t\tcell.t = 's'; cell.r = xlml_fixstr(unescapexml(xml));\n\t\t\tcell.v = xml.indexOf(\"<\") > -1 ? ss : cell.r;\n\t\t\tbreak;\n\t\tcase 'DateTime':\n\t\t\tcell.v = (Date.parse(xml) - new Date(Date.UTC(1899, 11, 30))) / (24 * 60 * 60 * 1000);\n\t\t\tif(cell.v !== cell.v) cell.v = unescapexml(xml);\n\t\t\telse if(cell.v >= 1 && cell.v<60) cell.v = cell.v -1;\n\t\t\tif(!nf || nf == \"General\") nf = \"yyyy-mm-dd\";\n\t\t\t/* falls through */\n\t\tcase 'Number':\n\t\t\tif(cell.v === undefined) cell.v=+xml;\n\t\t\tif(!cell.t) cell.t = 'n';\n\t\t\tbreak;\n\t\tcase 'Error': cell.t = 'e'; cell.v = RBErr[xml]; cell.w = xml; break;\n\t\tdefault: cell.t = 's'; cell.v = xlml_fixstr(ss); break;\n\t}\n\tsafe_format_xlml(cell, nf, o);\n\tif(o.cellFormula != null && cell.Formula) {\n\t\tcell.f = rc_to_a1(unescapexml(cell.Formula), base);\n\t\tcell.Formula = undefined;\n\t}\n\tif(o.cellStyles) {\n\t\tinteriors.forEach(function(x) {\n\t\t\tif(!S.patternType && x.patternType) S.patternType = x.patternType;\n\t\t});\n\t\tcell.s = S;\n\t}\n\tcell.ixfe = cell.StyleID !== undefined ? cell.StyleID : 'Default';\n}\n\nfunction xlml_clean_comment(comment) {\n\tcomment.t = comment.v;\n\tcomment.v = comment.w = comment.ixfe = undefined;\n}\n\nfunction xlml_normalize(d) {\n\tif(has_buf && Buffer.isBuffer(d)) return d.toString('utf8');\n\tif(typeof d === 'string') return d;\n\tthrow \"badf\";\n}\n\n/* TODO: Everything */\nvar xlmlregex = /<(\\/?)([a-z0-9]*:|)(\\w+)[^>]*>/mg;\nfunction parse_xlml_xml(d, opts) {\n\tvar str = xlml_normalize(d);\n\tvar Rn;\n\tvar state = [], tmp;\n\tvar sheets = {}, sheetnames = [], cursheet = {}, sheetname = \"\";\n\tvar table = {}, cell = {}, row = {}, dtag, didx;\n\tvar c = 0, r = 0;\n\tvar refguess = {s: {r:1000000, c:1000000}, e: {r:0, c:0} };\n\tvar styles = {}, stag = {};\n\tvar ss = \"\", fidx = 0;\n\tvar mergecells = [];\n\tvar Props = {}, Custprops = {}, pidx = 0, cp = {};\n\tvar comments = [], comment = {};\n\tvar cstys = [], csty;\n\txlmlregex.lastIndex = 0;\n\twhile((Rn = xlmlregex.exec(str))) switch(Rn[3]) {\n\t\tcase 'Data':\n\t\t\tif(state[state.length-1][1]) break;\n\t\t\tif(Rn[1]==='/') parse_xlml_data(str.slice(didx, Rn.index), ss, dtag, state[state.length-1][0]==\"Comment\"?comment:cell, {c:c,r:r}, styles, cstys[c], row, opts);\n\t\t\telse { ss = \"\"; dtag = xlml_parsexmltag(Rn[0]); didx = Rn.index + Rn[0].length; }\n\t\t\tbreak;\n\t\tcase 'Cell':\n\t\t\tif(Rn[1]==='/'){\n\t\t\t\tif(comments.length > 0) cell.c = comments;\n\t\t\t\tif((!opts.sheetRows || opts.sheetRows > r) && cell.v !== undefined) cursheet[encode_col(c) + encode_row(r)] = cell;\n\t\t\t\tif(cell.HRef) {\n\t\t\t\t\tcell.l = {Target:cell.HRef, tooltip:cell.HRefScreenTip};\n\t\t\t\t\tcell.HRef = cell.HRefScreenTip = undefined;\n\t\t\t\t}\n\t\t\t\tif(cell.MergeAcross || cell.MergeDown) {\n\t\t\t\t\tvar cc = c + (parseInt(cell.MergeAcross,10)|0);\n\t\t\t\t\tvar rr = r + (parseInt(cell.MergeDown,10)|0);\n\t\t\t\t\tmergecells.push({s:{c:c,r:r},e:{c:cc,r:rr}});\n\t\t\t\t}\n\t\t\t\t++c;\n\t\t\t\tif(cell.MergeAcross) c += +cell.MergeAcross;\n\t\t\t} else {\n\t\t\t\tcell = xlml_parsexmltagobj(Rn[0]);\n\t\t\t\tif(cell.Index) c = +cell.Index - 1;\n\t\t\t\tif(c < refguess.s.c) refguess.s.c = c;\n\t\t\t\tif(c > refguess.e.c) refguess.e.c = c;\n\t\t\t\tif(Rn[0].substr(-2) === \"/>\") ++c;\n\t\t\t\tcomments = [];\n\t\t\t}\n\t\t\tbreak;\n\t\tcase 'Row':\n\t\t\tif(Rn[1]==='/' || Rn[0].substr(-2) === \"/>\") {\n\t\t\t\tif(r < refguess.s.r) refguess.s.r = r;\n\t\t\t\tif(r > refguess.e.r) refguess.e.r = r;\n\t\t\t\tif(Rn[0].substr(-2) === \"/>\") {\n\t\t\t\t\trow = xlml_parsexmltag(Rn[0]);\n\t\t\t\t\tif(row.Index) r = +row.Index - 1;\n\t\t\t\t}\n\t\t\t\tc = 0; ++r;\n\t\t\t} else {\n\t\t\t\trow = xlml_parsexmltag(Rn[0]);\n\t\t\t\tif(row.Index) r = +row.Index - 1;\n\t\t\t}\n\t\t\tbreak;\n\t\tcase 'Worksheet': /* TODO: read range from FullRows/FullColumns */\n\t\t\tif(Rn[1]==='/'){\n\t\t\t\tif((tmp=state.pop())[0]!==Rn[3]) throw \"Bad state: \"+tmp;\n\t\t\t\tsheetnames.push(sheetname);\n\t\t\t\tif(refguess.s.r <= refguess.e.r && refguess.s.c <= refguess.e.c) cursheet[\"!ref\"] = encode_range(refguess);\n\t\t\t\tif(mergecells.length) cursheet[\"!merges\"] = mergecells;\n\t\t\t\tsheets[sheetname] = cursheet;\n\t\t\t} else {\n\t\t\t\trefguess = {s: {r:1000000, c:1000000}, e: {r:0, c:0} };\n\t\t\t\tr = c = 0;\n\t\t\t\tstate.push([Rn[3], false]);\n\t\t\t\ttmp = xlml_parsexmltag(Rn[0]);\n\t\t\t\tsheetname = tmp.Name;\n\t\t\t\tcursheet = {};\n\t\t\t\tmergecells = [];\n\t\t\t}\n\t\t\tbreak;\n\t\tcase 'Table':\n\t\t\tif(Rn[1]==='/'){if((tmp=state.pop())[0]!==Rn[3]) throw \"Bad state: \"+tmp;}\n\t\t\telse if(Rn[0].slice(-2) == \"/>\") break;\n\t\t\telse {\n\t\t\t\ttable = xlml_parsexmltag(Rn[0]);\n\t\t\t\tstate.push([Rn[3], false]);\n\t\t\t\tcstys = [];\n\t\t\t}\n\t\t\tbreak;\n\n\t\tcase 'Style':\n\t\t\tif(Rn[1]==='/') process_style_xlml(styles, stag, opts);\n\t\t\telse stag = xlml_parsexmltag(Rn[0]);\n\t\t\tbreak;\n\n\t\tcase 'NumberFormat':\n\t\t\tstag.nf = xlml_parsexmltag(Rn[0]).Format || \"General\";\n\t\t\tbreak;\n\n\t\tcase 'Column':\n\t\t\tif(state[state.length-1][0] !== 'Table') break;\n\t\t\tcsty = xlml_parsexmltag(Rn[0]);\n\t\t\tcstys[(csty.Index-1||cstys.length)] = csty;\n\t\t\tfor(var i = 0; i < +csty.Span; ++i) cstys[cstys.length] = csty;\n\t\t\tbreak;\n\n\t\tcase 'NamedRange': break;\n\t\tcase 'NamedCell': break;\n\t\tcase 'B': break;\n\t\tcase 'I': break;\n\t\tcase 'U': break;\n\t\tcase 'S': break;\n\t\tcase 'Sub': break;\n\t\tcase 'Sup': break;\n\t\tcase 'Span': break;\n\t\tcase 'Border': break;\n\t\tcase 'Alignment': break;\n\t\tcase 'Borders': break;\n\t\tcase 'Font':\n\t\t\tif(Rn[0].substr(-2) === \"/>\") break;\n\t\t\telse if(Rn[1]===\"/\") ss += str.slice(fidx, Rn.index);\n\t\t\telse fidx = Rn.index + Rn[0].length;\n\t\t\tbreak;\n\t\tcase 'Interior':\n\t\t\tif(!opts.cellStyles) break;\n\t\t\tstag.Interior = xlml_parsexmltag(Rn[0]);\n\t\t\tbreak;\n\t\tcase 'Protection': break;\n\n\t\tcase 'Author':\n\t\tcase 'Title':\n\t\tcase 'Description':\n\t\tcase 'Created':\n\t\tcase 'Keywords':\n\t\tcase 'Subject':\n\t\tcase 'Category':\n\t\tcase 'Company':\n\t\tcase 'LastAuthor':\n\t\tcase 'LastSaved':\n\t\tcase 'LastPrinted':\n\t\tcase 'Version':\n\t\tcase 'Revision':\n\t\tcase 'TotalTime':\n\t\tcase 'HyperlinkBase':\n\t\tcase 'Manager':\n\t\t\tif(Rn[0].substr(-2) === \"/>\") break;\n\t\t\telse if(Rn[1]===\"/\") xlml_set_prop(Props, Rn[3], str.slice(pidx, Rn.index));\n\t\t\telse pidx = Rn.index + Rn[0].length;\n\t\t\tbreak;\n\t\tcase 'Paragraphs': break;\n\n\t\tcase 'Styles':\n\t\tcase 'Workbook':\n\t\t\tif(Rn[1]==='/'){if((tmp=state.pop())[0]!==Rn[3]) throw \"Bad state: \"+tmp;}\n\t\t\telse state.push([Rn[3], false]);\n\t\t\tbreak;\n\n\t\tcase 'Comment':\n\t\t\tif(Rn[1]==='/'){\n\t\t\t\tif((tmp=state.pop())[0]!==Rn[3]) throw \"Bad state: \"+tmp;\n\t\t\t\txlml_clean_comment(comment);\n\t\t\t\tcomments.push(comment);\n\t\t\t} else {\n\t\t\t\tstate.push([Rn[3], false]);\n\t\t\t\ttmp = xlml_parsexmltag(Rn[0]);\n\t\t\t\tcomment = {a:tmp.Author};\n\t\t\t}\n\t\t\tbreak;\n\n\t\tcase 'Name': break;\n\n\t\tcase 'ComponentOptions':\n\t\tcase 'DocumentProperties':\n\t\tcase 'CustomDocumentProperties':\n\t\tcase 'OfficeDocumentSettings':\n\t\tcase 'PivotTable':\n\t\tcase 'PivotCache':\n\t\tcase 'Names':\n\t\tcase 'MapInfo':\n\t\tcase 'PageBreaks':\n\t\tcase 'QueryTable':\n\t\tcase 'DataValidation':\n\t\tcase 'AutoFilter':\n\t\tcase 'Sorting':\n\t\tcase 'Schema':\n\t\tcase 'data':\n\t\tcase 'ConditionalFormatting':\n\t\tcase 'SmartTagType':\n\t\tcase 'SmartTags':\n\t\tcase 'ExcelWorkbook':\n\t\tcase 'WorkbookOptions':\n\t\tcase 'WorksheetOptions':\n\t\t\tif(Rn[1]==='/'){if((tmp=state.pop())[0]!==Rn[3]) throw \"Bad state: \"+tmp;}\n\t\t\telse if(Rn[0].charAt(Rn[0].length-2) !== '/') state.push([Rn[3], true]);\n\t\t\tbreak;\n\n\t\tdefault:\n\t\t\tvar seen = true;\n\t\t\tswitch(state[state.length-1][0]) {\n\t\t\t\t/* OfficeDocumentSettings */\n\t\t\t\tcase 'OfficeDocumentSettings': switch(Rn[3]) {\n\t\t\t\t\tcase 'AllowPNG': break;\n\t\t\t\t\tcase 'RemovePersonalInformation': break;\n\t\t\t\t\tcase 'DownloadComponents': break;\n\t\t\t\t\tcase 'LocationOfComponents': break;\n\t\t\t\t\tcase 'Colors': break;\n\t\t\t\t\tcase 'Color': break;\n\t\t\t\t\tcase 'Index': break;\n\t\t\t\t\tcase 'RGB': break;\n\t\t\t\t\tcase 'PixelsPerInch': break;\n\t\t\t\t\tcase 'TargetScreenSize': break;\n\t\t\t\t\tcase 'ReadOnlyRecommended': break;\n\t\t\t\t\tdefault: seen = false;\n\t\t\t\t} break;\n\n\t\t\t\t/* ComponentOptions */\n\t\t\t\tcase 'ComponentOptions': switch(Rn[3]) {\n\t\t\t\t\tcase 'Toolbar': break;\n\t\t\t\t\tcase 'HideOfficeLogo': break;\n\t\t\t\t\tcase 'SpreadsheetAutoFit': break;\n\t\t\t\t\tcase 'Label': break;\n\t\t\t\t\tcase 'Caption': break;\n\t\t\t\t\tcase 'MaxHeight': break;\n\t\t\t\t\tcase 'MaxWidth': break;\n\t\t\t\t\tcase 'NextSheetNumber': break;\n\t\t\t\t\tdefault: seen = false;\n\t\t\t\t} break;\n\n\t\t\t\t/* ExcelWorkbook */\n\t\t\t\tcase 'ExcelWorkbook': switch(Rn[3]) {\n\t\t\t\t\tcase 'WindowHeight': break;\n\t\t\t\t\tcase 'WindowWidth': break;\n\t\t\t\t\tcase 'WindowTopX': break;\n\t\t\t\t\tcase 'WindowTopY': break;\n\t\t\t\t\tcase 'TabRatio': break;\n\t\t\t\t\tcase 'ProtectStructure': break;\n\t\t\t\t\tcase 'ProtectWindows': break;\n\t\t\t\t\tcase 'ActiveSheet': break;\n\t\t\t\t\tcase 'DisplayInkNotes': break;\n\t\t\t\t\tcase 'FirstVisibleSheet': break;\n\t\t\t\t\tcase 'SupBook': break;\n\t\t\t\t\tcase 'SheetName': break;\n\t\t\t\t\tcase 'SheetIndex': break;\n\t\t\t\t\tcase 'SheetIndexFirst': break;\n\t\t\t\t\tcase 'SheetIndexLast': break;\n\t\t\t\t\tcase 'Dll': break;\n\t\t\t\t\tcase 'AcceptLabelsInFormulas': break;\n\t\t\t\t\tcase 'DoNotSaveLinkValues': break;\n\t\t\t\t\tcase 'Date1904': break;\n\t\t\t\t\tcase 'Iteration': break;\n\t\t\t\t\tcase 'MaxIterations': break;\n\t\t\t\t\tcase 'MaxChange': break;\n\t\t\t\t\tcase 'Path': break;\n\t\t\t\t\tcase 'Xct': break;\n\t\t\t\t\tcase 'Count': break;\n\t\t\t\t\tcase 'SelectedSheets': break;\n\t\t\t\t\tcase 'Calculation': break;\n\t\t\t\t\tcase 'Uncalced': break;\n\t\t\t\t\tcase 'StartupPrompt': break;\n\t\t\t\t\tcase 'Crn': break;\n\t\t\t\t\tcase 'ExternName': break;\n\t\t\t\t\tcase 'Formula': break;\n\t\t\t\t\tcase 'ColFirst': break;\n\t\t\t\t\tcase 'ColLast': break;\n\t\t\t\t\tcase 'WantAdvise': break;\n\t\t\t\t\tcase 'Boolean': break;\n\t\t\t\t\tcase 'Error': break;\n\t\t\t\t\tcase 'Text': break;\n\t\t\t\t\tcase 'OLE': break;\n\t\t\t\t\tcase 'NoAutoRecover': break;\n\t\t\t\t\tcase 'PublishObjects': break;\n\t\t\t\t\tcase 'DoNotCalculateBeforeSave': break;\n\t\t\t\t\tcase 'Number': break;\n\t\t\t\t\tcase 'RefModeR1C1': break;\n\t\t\t\t\tcase 'EmbedSaveSmartTags': break;\n\t\t\t\t\tdefault: seen = false;\n\t\t\t\t} break;\n\n\t\t\t\t/* WorkbookOptions */\n\t\t\t\tcase 'WorkbookOptions': switch(Rn[3]) {\n\t\t\t\t\tcase 'OWCVersion': break;\n\t\t\t\t\tcase 'Height': break;\n\t\t\t\t\tcase 'Width': break;\n\t\t\t\t\tdefault: seen = false;\n\t\t\t\t} break;\n\n\t\t\t\t/* WorksheetOptions */\n\t\t\t\tcase 'WorksheetOptions': switch(Rn[3]) {\n\t\t\t\t\tcase 'Unsynced': break;\n\t\t\t\t\tcase 'Visible': break;\n\t\t\t\t\tcase 'Print': break;\n\t\t\t\t\tcase 'Panes': break;\n\t\t\t\t\tcase 'Scale': break;\n\t\t\t\t\tcase 'Pane': break;\n\t\t\t\t\tcase 'Number': break;\n\t\t\t\t\tcase 'Layout': break;\n\t\t\t\t\tcase 'Header': break;\n\t\t\t\t\tcase 'Footer': break;\n\t\t\t\t\tcase 'PageSetup': break;\n\t\t\t\t\tcase 'PageMargins': break;\n\t\t\t\t\tcase 'Selected': break;\n\t\t\t\t\tcase 'ProtectObjects': break;\n\t\t\t\t\tcase 'EnableSelection': break;\n\t\t\t\t\tcase 'ProtectScenarios': break;\n\t\t\t\t\tcase 'ValidPrinterInfo': break;\n\t\t\t\t\tcase 'HorizontalResolution': break;\n\t\t\t\t\tcase 'VerticalResolution': break;\n\t\t\t\t\tcase 'NumberofCopies': break;\n\t\t\t\t\tcase 'ActiveRow': break;\n\t\t\t\t\tcase 'ActiveCol': break;\n\t\t\t\t\tcase 'ActivePane': break;\n\t\t\t\t\tcase 'TopRowVisible': break;\n\t\t\t\t\tcase 'TopRowBottomPane': break;\n\t\t\t\t\tcase 'LeftColumnVisible': break;\n\t\t\t\t\tcase 'LeftColumnRightPane': break;\n\t\t\t\t\tcase 'FitToPage': break;\n\t\t\t\t\tcase 'RangeSelection': break;\n\t\t\t\t\tcase 'PaperSizeIndex': break;\n\t\t\t\t\tcase 'PageLayoutZoom': break;\n\t\t\t\t\tcase 'PageBreakZoom': break;\n\t\t\t\t\tcase 'FilterOn': break;\n\t\t\t\t\tcase 'DoNotDisplayGridlines': break;\n\t\t\t\t\tcase 'SplitHorizontal': break;\n\t\t\t\t\tcase 'SplitVertical': break;\n\t\t\t\t\tcase 'FreezePanes': break;\n\t\t\t\t\tcase 'FrozenNoSplit': break;\n\t\t\t\t\tcase 'FitWidth': break;\n\t\t\t\t\tcase 'FitHeight': break;\n\t\t\t\t\tcase 'CommentsLayout': break;\n\t\t\t\t\tcase 'Zoom': break;\n\t\t\t\t\tcase 'LeftToRight': break;\n\t\t\t\t\tcase 'Gridlines': break;\n\t\t\t\t\tcase 'AllowSort': break;\n\t\t\t\t\tcase 'AllowFilter': break;\n\t\t\t\t\tcase 'AllowInsertRows': break;\n\t\t\t\t\tcase 'AllowDeleteRows': break;\n\t\t\t\t\tcase 'AllowInsertCols': break;\n\t\t\t\t\tcase 'AllowDeleteCols': break;\n\t\t\t\t\tcase 'AllowInsertHyperlinks': break;\n\t\t\t\t\tcase 'AllowFormatCells': break;\n\t\t\t\t\tcase 'AllowSizeCols': break;\n\t\t\t\t\tcase 'AllowSizeRows': break;\n\t\t\t\t\tcase 'NoSummaryRowsBelowDetail': break;\n\t\t\t\t\tcase 'TabColorIndex': break;\n\t\t\t\t\tcase 'DoNotDisplayHeadings': break;\n\t\t\t\t\tcase 'ShowPageLayoutZoom': break;\n\t\t\t\t\tcase 'NoSummaryColumnsRightDetail': break;\n\t\t\t\t\tcase 'BlackAndWhite': break;\n\t\t\t\t\tcase 'DoNotDisplayZeros': break;\n\t\t\t\t\tcase 'DisplayPageBreak': break;\n\t\t\t\t\tcase 'RowColHeadings': break;\n\t\t\t\t\tcase 'DoNotDisplayOutline': break;\n\t\t\t\t\tcase 'NoOrientation': break;\n\t\t\t\t\tcase 'AllowUsePivotTables': break;\n\t\t\t\t\tcase 'ZeroHeight': break;\n\t\t\t\t\tcase 'ViewableRange': break;\n\t\t\t\t\tcase 'Selection': break;\n\t\t\t\t\tcase 'ProtectContents': break;\n\t\t\t\t\tdefault: seen = false;\n\t\t\t\t} break;\n\n\t\t\t\t/* PivotTable */\n\t\t\t\tcase 'PivotTable': case 'PivotCache': switch(Rn[3]) {\n\t\t\t\t\tcase 'ImmediateItemsOnDrop': break;\n\t\t\t\t\tcase 'ShowPageMultipleItemLabel': break;\n\t\t\t\t\tcase 'CompactRowIndent': break;\n\t\t\t\t\tcase 'Location': break;\n\t\t\t\t\tcase 'PivotField': break;\n\t\t\t\t\tcase 'Orientation': break;\n\t\t\t\t\tcase 'LayoutForm': break;\n\t\t\t\t\tcase 'LayoutSubtotalLocation': break;\n\t\t\t\t\tcase 'LayoutCompactRow': break;\n\t\t\t\t\tcase 'Position': break;\n\t\t\t\t\tcase 'PivotItem': break;\n\t\t\t\t\tcase 'DataType': break;\n\t\t\t\t\tcase 'DataField': break;\n\t\t\t\t\tcase 'SourceName': break;\n\t\t\t\t\tcase 'ParentField': break;\n\t\t\t\t\tcase 'PTLineItems': break;\n\t\t\t\t\tcase 'PTLineItem': break;\n\t\t\t\t\tcase 'CountOfSameItems': break;\n\t\t\t\t\tcase 'Item': break;\n\t\t\t\t\tcase 'ItemType': break;\n\t\t\t\t\tcase 'PTSource': break;\n\t\t\t\t\tcase 'CacheIndex': break;\n\t\t\t\t\tcase 'ConsolidationReference': break;\n\t\t\t\t\tcase 'FileName': break;\n\t\t\t\t\tcase 'Reference': break;\n\t\t\t\t\tcase 'NoColumnGrand': break;\n\t\t\t\t\tcase 'NoRowGrand': break;\n\t\t\t\t\tcase 'BlankLineAfterItems': break;\n\t\t\t\t\tcase 'Hidden': break;\n\t\t\t\t\tcase 'Subtotal': break;\n\t\t\t\t\tcase 'BaseField': break;\n\t\t\t\t\tcase 'MapChildItems': break;\n\t\t\t\t\tcase 'Function': break;\n\t\t\t\t\tcase 'RefreshOnFileOpen': break;\n\t\t\t\t\tcase 'PrintSetTitles': break;\n\t\t\t\t\tcase 'MergeLabels': break;\n\t\t\t\t\tcase 'DefaultVersion': break;\n\t\t\t\t\tcase 'RefreshName': break;\n\t\t\t\t\tcase 'RefreshDate': break;\n\t\t\t\t\tcase 'RefreshDateCopy': break;\n\t\t\t\t\tcase 'VersionLastRefresh': break;\n\t\t\t\t\tcase 'VersionLastUpdate': break;\n\t\t\t\t\tcase 'VersionUpdateableMin': break;\n\t\t\t\t\tcase 'VersionRefreshableMin': break;\n\t\t\t\t\tcase 'Calculation': break;\n\t\t\t\t\tdefault: seen = false;\n\t\t\t\t} break;\n\n\t\t\t\t/* PageBreaks */\n\t\t\t\tcase 'PageBreaks': switch(Rn[3]) {\n\t\t\t\t\tcase 'ColBreaks': break;\n\t\t\t\t\tcase 'ColBreak': break;\n\t\t\t\t\tcase 'RowBreaks': break;\n\t\t\t\t\tcase 'RowBreak': break;\n\t\t\t\t\tcase 'ColStart': break;\n\t\t\t\t\tcase 'ColEnd': break;\n\t\t\t\t\tcase 'RowEnd': break;\n\t\t\t\t\tdefault: seen = false;\n\t\t\t\t} break;\n\n\t\t\t\t/* AutoFilter */\n\t\t\t\tcase 'AutoFilter': switch(Rn[3]) {\n\t\t\t\t\tcase 'AutoFilterColumn': break;\n\t\t\t\t\tcase 'AutoFilterCondition': break;\n\t\t\t\t\tcase 'AutoFilterAnd': break;\n\t\t\t\t\tcase 'AutoFilterOr': break;\n\t\t\t\t\tdefault: seen = false;\n\t\t\t\t} break;\n\n\t\t\t\t/* QueryTable */\n\t\t\t\tcase 'QueryTable': switch(Rn[3]) {\n\t\t\t\t\tcase 'Id': break;\n\t\t\t\t\tcase 'AutoFormatFont': break;\n\t\t\t\t\tcase 'AutoFormatPattern': break;\n\t\t\t\t\tcase 'QuerySource': break;\n\t\t\t\t\tcase 'QueryType': break;\n\t\t\t\t\tcase 'EnableRedirections': break;\n\t\t\t\t\tcase 'RefreshedInXl9': break;\n\t\t\t\t\tcase 'URLString': break;\n\t\t\t\t\tcase 'HTMLTables': break;\n\t\t\t\t\tcase 'Connection': break;\n\t\t\t\t\tcase 'CommandText': break;\n\t\t\t\t\tcase 'RefreshInfo': break;\n\t\t\t\t\tcase 'NoTitles': break;\n\t\t\t\t\tcase 'NextId': break;\n\t\t\t\t\tcase 'ColumnInfo': break;\n\t\t\t\t\tcase 'OverwriteCells': break;\n\t\t\t\t\tcase 'DoNotPromptForFile': break;\n\t\t\t\t\tcase 'TextWizardSettings': break;\n\t\t\t\t\tcase 'Source': break;\n\t\t\t\t\tcase 'Number': break;\n\t\t\t\t\tcase 'Decimal': break;\n\t\t\t\t\tcase 'ThousandSeparator': break;\n\t\t\t\t\tcase 'TrailingMinusNumbers': break;\n\t\t\t\t\tcase 'FormatSettings': break;\n\t\t\t\t\tcase 'FieldType': break;\n\t\t\t\t\tcase 'Delimiters': break;\n\t\t\t\t\tcase 'Tab': break;\n\t\t\t\t\tcase 'Comma': break;\n\t\t\t\t\tcase 'AutoFormatName': break;\n\t\t\t\t\tcase 'VersionLastEdit': break;\n\t\t\t\t\tcase 'VersionLastRefresh': break;\n\t\t\t\t\tdefault: seen = false;\n\t\t\t\t} break;\n\n\t\t\t\t/* Sorting */\n\t\t\t\tcase 'Sorting':\n\t\t\t\t/* ConditionalFormatting */\n\t\t\t\tcase 'ConditionalFormatting':\n\t\t\t\t/* DataValidation */\n\t\t\t\tcase 'DataValidation': switch(Rn[3]) {\n\t\t\t\t\tcase 'Range': break;\n\t\t\t\t\tcase 'Type': break;\n\t\t\t\t\tcase 'Min': break;\n\t\t\t\t\tcase 'Max': break;\n\t\t\t\t\tcase 'Sort': break;\n\t\t\t\t\tcase 'Descending': break;\n\t\t\t\t\tcase 'Order': break;\n\t\t\t\t\tcase 'CaseSensitive': break;\n\t\t\t\t\tcase 'Value': break;\n\t\t\t\t\tcase 'ErrorStyle': break;\n\t\t\t\t\tcase 'ErrorMessage': break;\n\t\t\t\t\tcase 'ErrorTitle': break;\n\t\t\t\t\tcase 'CellRangeList': break;\n\t\t\t\t\tcase 'InputMessage': break;\n\t\t\t\t\tcase 'InputTitle': break;\n\t\t\t\t\tcase 'ComboHide': break;\n\t\t\t\t\tcase 'InputHide': break;\n\t\t\t\t\tcase 'Condition': break;\n\t\t\t\t\tcase 'Qualifier': break;\n\t\t\t\t\tcase 'UseBlank': break;\n\t\t\t\t\tcase 'Value1': break;\n\t\t\t\t\tcase 'Value2': break;\n\t\t\t\t\tcase 'Format': break;\n\t\t\t\t\tdefault: seen = false;\n\t\t\t\t} break;\n\n\t\t\t\t/* MapInfo (schema) */\n\t\t\t\tcase 'MapInfo': case 'Schema': case 'data': switch(Rn[3]) {\n\t\t\t\t\tcase 'Map': break;\n\t\t\t\t\tcase 'Entry': break;\n\t\t\t\t\tcase 'Range': break;\n\t\t\t\t\tcase 'XPath': break;\n\t\t\t\t\tcase 'Field': break;\n\t\t\t\t\tcase 'XSDType': break;\n\t\t\t\t\tcase 'FilterOn': break;\n\t\t\t\t\tcase 'Aggregate': break;\n\t\t\t\t\tcase 'ElementType': break;\n\t\t\t\t\tcase 'AttributeType': break;\n\t\t\t\t/* These are from xsd (XML Schema Definition) */\n\t\t\t\t\tcase 'schema':\n\t\t\t\t\tcase 'element':\n\t\t\t\t\tcase 'complexType':\n\t\t\t\t\tcase 'datatype':\n\t\t\t\t\tcase 'all':\n\t\t\t\t\tcase 'attribute':\n\t\t\t\t\tcase 'extends': break;\n\n\t\t\t\t\tcase 'row': break;\n\t\t\t\t\tdefault: seen = false;\n\t\t\t\t} break;\n\n\t\t\t\t/* SmartTags (can be anything) */\n\t\t\t\tcase 'SmartTags': break;\n\n\t\t\t\tdefault: seen = false; break;\n\t\t\t}\n\t\t\tif(seen) break;\n\t\t\t/* CustomDocumentProperties */\n\t\t\tif(!state[state.length-1][1]) throw 'Unrecognized tag: ' + Rn[3] + \"|\" + state.join(\"|\");\n\t\t\tif(state[state.length-1][0]==='CustomDocumentProperties') {\n\t\t\t\tif(Rn[0].substr(-2) === \"/>\") break;\n\t\t\t\telse if(Rn[1]===\"/\") xlml_set_custprop(Custprops, Rn, cp, str.slice(pidx, Rn.index));\n\t\t\t\telse { cp = Rn; pidx = Rn.index + Rn[0].length; }\n\t\t\t\tbreak;\n\t\t\t}\n\t\t\tif(opts.WTF) throw 'Unrecognized tag: ' + Rn[3] + \"|\" + state.join(\"|\");\n\t}\n\tvar out = {};\n\tif(!opts.bookSheets && !opts.bookProps) out.Sheets = sheets;\n\tout.SheetNames = sheetnames;\n\tout.SSF = SSF.get_table();\n\tout.Props = Props;\n\tout.Custprops = Custprops;\n\treturn out;\n}\n\nfunction parse_xlml(data, opts) {\n\tfix_read_opts(opts=opts||{});\n\tswitch(opts.type||\"base64\") {\n\t\tcase \"base64\": return parse_xlml_xml(Base64.decode(data), opts);\n\t\tcase \"binary\": case \"buffer\": case \"file\": return parse_xlml_xml(data, opts);\n\t\tcase \"array\": return parse_xlml_xml(data.map(_chr).join(\"\"), opts);\n\t}\n}\n\nfunction write_xlml(wb, opts) { }\n\n/* [MS-OLEDS] 2.3.8 CompObjStream */\nfunction parse_compobj(obj) {\n\tvar v = {};\n\tvar o = obj.content;\n\n\t/* [MS-OLEDS] 2.3.7 CompObjHeader -- All fields MUST be ignored */\n\tvar l = 28, m;\n\tm = __lpstr(o, l);\n\tl += 4 + __readUInt32LE(o,l);\n\tv.UserType = m;\n\n\t/* [MS-OLEDS] 2.3.1 ClipboardFormatOrAnsiString */\n\tm = __readUInt32LE(o,l); l+= 4;\n\tswitch(m) {\n\t\tcase 0x00000000: break;\n\t\tcase 0xffffffff: case 0xfffffffe: l+=4; break;\n\t\tdefault:\n\t\t\tif(m > 0x190) throw new Error(\"Unsupported Clipboard: \" + m.toString(16));\n\t\t\tl += m;\n\t}\n\n\tm = __lpstr(o, l); l += m.length === 0 ? 0 : 5 + m.length; v.Reserved1 = m;\n\n\tif((m = __readUInt32LE(o,l)) !== 0x71b2e9f4) return v;\n\tthrow \"Unsupported Unicode Extension\";\n}\n\n/* 2.4.58 Continue logic */\nfunction slurp(R, blob, length, opts) {\n\tvar l = length;\n\tvar bufs = [];\n\tvar d = blob.slice(blob.l,blob.l+l);\n\tif(opts && opts.enc && opts.enc.insitu_decrypt) switch(R.n) {\n\tcase 'BOF': case 'FilePass': case 'FileLock': case 'InterfaceHdr': case 'RRDInfo': case 'RRDHead': case 'UsrExcl': break;\n\tdefault:\n\t\tif(d.length === 0) break;\n\t\topts.enc.insitu_decrypt(d);\n\t}\n\tbufs.push(d);\n\tblob.l += l;\n\tvar next = (XLSRecordEnum[__readUInt16LE(blob,blob.l)]);\n\twhile(next != null && next.n === 'Continue') {\n\t\tl = __readUInt16LE(blob,blob.l+2);\n\t\tbufs.push(blob.slice(blob.l+4,blob.l+4+l));\n\t\tblob.l += 4+l;\n\t\tnext = (XLSRecordEnum[__readUInt16LE(blob, blob.l)]);\n\t}\n\tvar b = bconcat(bufs);\n\tprep_blob(b, 0);\n\tvar ll = 0; b.lens = [];\n\tfor(var j = 0; j < bufs.length; ++j) { b.lens.push(ll); ll += bufs[j].length; }\n\treturn R.f(b, b.length, opts);\n}\n\nfunction safe_format_xf(p, opts, date1904) {\n\tif(!p.XF) return;\n\ttry {\n\t\tvar fmtid = p.XF.ifmt||0;\n\t\tif(p.t === 'e') { p.w = p.w || BErr[p.v]; }\n\t\telse if(fmtid === 0) {\n\t\t\tif(p.t === 'n') {\n\t\t\t\tif((p.v|0) === p.v) p.w = SSF._general_int(p.v);\n\t\t\t\telse p.w = SSF._general_num(p.v);\n\t\t\t}\n\t\t\telse p.w = SSF._general(p.v);\n\t\t}\n\t\telse p.w = SSF.format(fmtid,p.v, {date1904:date1904||false});\n\t\tif(opts.cellNF) p.z = SSF._table[fmtid];\n\t} catch(e) { if(opts.WTF) throw e; }\n}\n\nfunction make_cell(val, ixfe, t) {\n\treturn {v:val, ixfe:ixfe, t:t};\n}\n\n// 2.3.2\nfunction parse_workbook(blob, options) {\n\tvar wb = {opts:{}};\n\tvar Sheets = {};\n\tvar out = {};\n\tvar Directory = {};\n\tvar found_sheet = false;\n\tvar range = {};\n\tvar last_formula = null;\n\tvar sst = [];\n\tvar cur_sheet = \"\";\n\tvar Preamble = {};\n\tvar lastcell, last_cell, cc, cmnt, rng, rngC, rngR;\n\tvar shared_formulae = {};\n\tvar array_formulae = []; /* TODO: something more clever */\n\tvar temp_val;\n\tvar country;\n\tvar cell_valid = true;\n\tvar XFs = []; /* XF records */\n\tvar palette = [];\n\tvar get_rgb = function getrgb(icv) {\n\t\tif(icv < 8) return XLSIcv[icv];\n\t\tif(icv < 64) return palette[icv-8] || XLSIcv[icv];\n\t\treturn XLSIcv[icv];\n\t};\n\tvar process_cell_style = function pcs(cell, line) {\n\t\tvar xfd = line.XF.data;\n\t\tif(!xfd || !xfd.patternType) return;\n\t\tline.s = {};\n\t\tline.s.patternType = xfd.patternType;\n\t\tvar t;\n\t\tif((t = rgb2Hex(get_rgb(xfd.icvFore)))) { line.s.fgColor = {rgb:t}; }\n\t\tif((t = rgb2Hex(get_rgb(xfd.icvBack)))) { line.s.bgColor = {rgb:t}; }\n\t};\n\tvar addcell = function addcell(cell, line, options) {\n\t\tif(!cell_valid) return;\n\t\tif(options.cellStyles && line.XF && line.XF.data) process_cell_style(cell, line);\n\t\tlastcell = cell;\n\t\tlast_cell = encode_cell(cell);\n\t\tif(range.s) {\n\t\t\tif(cell.r < range.s.r) range.s.r = cell.r;\n\t\t\tif(cell.c < range.s.c) range.s.c = cell.c;\n\t\t}\n\t\tif(range.e) {\n\t\t\tif(cell.r + 1 > range.e.r) range.e.r = cell.r + 1;\n\t\t\tif(cell.c + 1 > range.e.c) range.e.c = cell.c + 1;\n\t\t}\n\t\tif(options.sheetRows && lastcell.r >= options.sheetRows) cell_valid = false;\n\t\telse out[last_cell] = line;\n\t};\n\tvar opts = {\n\t\tenc: false, // encrypted\n\t\tsbcch: 0, // cch in the preceding SupBook\n\t\tsnames: [], // sheetnames\n\t\tsharedf: shared_formulae, // shared formulae by address\n\t\tarrayf: array_formulae, // array formulae array\n\t\trrtabid: [], // RRTabId\n\t\tlastuser: \"\", // Last User from WriteAccess\n\t\tbiff: 8, // BIFF version\n\t\tcodepage: 0, // CP from CodePage record\n\t\twinlocked: 0, // fLockWn from WinProtect\n\t\twtf: false\n\t};\n\tif(options.password) opts.password = options.password;\n\tvar mergecells = [];\n\tvar objects = [];\n\tvar supbooks = [[]]; // 1-indexed, will hold extern names\n\tvar sbc = 0, sbci = 0, sbcli = 0;\n\tsupbooks.SheetNames = opts.snames;\n\tsupbooks.sharedf = opts.sharedf;\n\tsupbooks.arrayf = opts.arrayf;\n\tvar last_Rn = '';\n\tvar file_depth = 0; /* TODO: make a real stack */\n\n\t/* explicit override for some broken writers */\n\topts.codepage = 1200;\n\tset_cp(1200);\n\n\twhile(blob.l < blob.length - 1) {\n\t\tvar s = blob.l;\n\t\tvar RecordType = blob.read_shift(2);\n\t\tif(RecordType === 0 && last_Rn === 'EOF') break;\n\t\tvar length = (blob.l === blob.length ? 0 : blob.read_shift(2)), y;\n\t\tvar R = XLSRecordEnum[RecordType];\n\t\tif(R && R.f) {\n\t\t\tif(options.bookSheets) {\n\t\t\t\tif(last_Rn === 'BoundSheet8' && R.n !== 'BoundSheet8') break;\n\t\t\t}\n\t\t\tlast_Rn = R.n;\n\t\t\tif(R.r === 2 || R.r == 12) {\n\t\t\t\tvar rt = blob.read_shift(2); length -= 2;\n\t\t\t\tif(!opts.enc && rt !== RecordType) throw \"rt mismatch\";\n\t\t\t\tif(R.r == 12){ blob.l += 10; length -= 10; } // skip FRT\n\t\t\t}\n\t\t\t//console.error(R,blob.l,length,blob.length);\n\t\t\tvar val;\n\t\t\tif(R.n === 'EOF') val = R.f(blob, length, opts);\n\t\t\telse val = slurp(R, blob, length, opts);\n\t\t\tvar Rn = R.n;\n\t\t\t/* BIFF5 overrides */\n\t\t\tif(opts.biff === 5 || opts.biff === 2) switch(Rn) {\n\t\t\t\tcase 'Lbl': Rn = 'Label'; break;\n\t\t\t}\n\t\t\t/* nested switch statements to workaround V8 128 limit */\n\t\t\tswitch(Rn) {\n\t\t\t\t/* Workbook Options */\n\t\t\t\tcase 'Date1904': wb.opts.Date1904 = val; break;\n\t\t\t\tcase 'WriteProtect': wb.opts.WriteProtect = true; break;\n\t\t\t\tcase 'FilePass':\n\t\t\t\t\tif(!opts.enc) blob.l = 0;\n\t\t\t\t\topts.enc = val;\n\t\t\t\t\tif(opts.WTF) console.error(val);\n\t\t\t\t\tif(!options.password) throw new Error(\"File is password-protected\");\n\t\t\t\t\tif(val.Type !== 0) throw new Error(\"Encryption scheme unsupported\");\n\t\t\t\t\tif(!val.valid) throw new Error(\"Password is incorrect\");\n\t\t\t\t\tbreak;\n\t\t\t\tcase 'WriteAccess': opts.lastuser = val; break;\n\t\t\t\tcase 'FileSharing': break; //TODO\n\t\t\t\tcase 'CodePage':\n\t\t\t\t\t/* overrides based on test cases */\n\t\t\t\t\tif(val === 0x5212) val = 1200;\n\t\t\t\t\telse if(val === 0x8001) val = 1252;\n\t\t\t\t\topts.codepage = val;\n\t\t\t\t\tset_cp(val);\n\t\t\t\t\tbreak;\n\t\t\t\tcase 'RRTabId': opts.rrtabid = val; break;\n\t\t\t\tcase 'WinProtect': opts.winlocked = val; break;\n\t\t\t\tcase 'Template': break; // TODO\n\t\t\t\tcase 'RefreshAll': wb.opts.RefreshAll = val; break;\n\t\t\t\tcase 'BookBool': break; // TODO\n\t\t\t\tcase 'UsesELFs': /* if(val) console.error(\"Unsupported ELFs\"); */ break;\n\t\t\t\tcase 'MTRSettings': {\n\t\t\t\t\tif(val[0] && val[1]) throw \"Unsupported threads: \" + val;\n\t\t\t\t} break; // TODO: actually support threads\n\t\t\t\tcase 'CalcCount': wb.opts.CalcCount = val; break;\n\t\t\t\tcase 'CalcDelta': wb.opts.CalcDelta = val; break;\n\t\t\t\tcase 'CalcIter': wb.opts.CalcIter = val; break;\n\t\t\t\tcase 'CalcMode': wb.opts.CalcMode = val; break;\n\t\t\t\tcase 'CalcPrecision': wb.opts.CalcPrecision = val; break;\n\t\t\t\tcase 'CalcSaveRecalc': wb.opts.CalcSaveRecalc = val; break;\n\t\t\t\tcase 'CalcRefMode': opts.CalcRefMode = val; break; // TODO: implement R1C1\n\t\t\t\tcase 'Uncalced': break;\n\t\t\t\tcase 'ForceFullCalculation': wb.opts.FullCalc = val; break;\n\t\t\t\tcase 'WsBool': break; // TODO\n\t\t\t\tcase 'XF': XFs.push(val); break;\n\t\t\t\tcase 'ExtSST': break; // TODO\n\t\t\t\tcase 'BookExt': break; // TODO\n\t\t\t\tcase 'RichTextStream': break;\n\t\t\t\tcase 'BkHim': break;\n\n\t\t\t\tcase 'SupBook': supbooks[++sbc] = [val]; sbci = 0; break;\n\t\t\t\tcase 'ExternName': supbooks[sbc][++sbci] = val; break;\n\t\t\t\tcase 'Index': break; // TODO\n\t\t\t\tcase 'Lbl': supbooks[0][++sbcli] = val; break;\n\t\t\t\tcase 'ExternSheet': supbooks[sbc] = supbooks[sbc].concat(val); sbci += val.length; break;\n\n\t\t\t\tcase 'Protect': out[\"!protect\"] = val; break; /* for sheet or book */\n\t\t\t\tcase 'Password': if(val !== 0 && opts.WTF) console.error(\"Password verifier: \" + val); break;\n\t\t\t\tcase 'Prot4Rev': case 'Prot4RevPass': break; /*TODO: Revision Control*/\n\n\t\t\t\tcase 'BoundSheet8': {\n\t\t\t\t\tDirectory[val.pos] = val;\n\t\t\t\t\topts.snames.push(val.name);\n\t\t\t\t} break;\n\t\t\t\tcase 'EOF': {\n\t\t\t\t\tif(--file_depth) break;\n\t\t\t\t\tif(range.e) {\n\t\t\t\t\t\tout[\"!range\"] = range;\n\t\t\t\t\t\tif(range.e.r > 0 && range.e.c > 0) {\n\t\t\t\t\t\t\trange.e.r--; range.e.c--;\n\t\t\t\t\t\t\tout[\"!ref\"] = encode_range(range);\n\t\t\t\t\t\t\trange.e.r++; range.e.c++;\n\t\t\t\t\t\t}\n\t\t\t\t\t\tif(mergecells.length > 0) out[\"!merges\"] = mergecells;\n\t\t\t\t\t\tif(objects.length > 0) out[\"!objects\"] = objects;\n\t\t\t\t\t}\n\t\t\t\t\tif(cur_sheet === \"\") Preamble = out; else Sheets[cur_sheet] = out;\n\t\t\t\t\tout = {};\n\t\t\t\t} break;\n\t\t\t\tcase 'BOF': {\n\t\t\t\t\tif(opts.biff !== 8);\n\t\t\t\t\telse if(val.BIFFVer === 0x0500) opts.biff = 5;\n\t\t\t\t\telse if(val.BIFFVer === 0x0002) opts.biff = 2;\n\t\t\t\t\telse if(val.BIFFVer === 0x0007) opts.biff = 2;\n\t\t\t\t\tif(file_depth++) break;\n\t\t\t\t\tcell_valid = true;\n\t\t\t\t\tout = {};\n\t\t\t\t\tif(opts.biff === 2) {\n\t\t\t\t\t\tif(cur_sheet === \"\") cur_sheet = \"Sheet1\";\n\t\t\t\t\t\trange = {s:{r:0,c:0},e:{r:0,c:0}};\n\t\t\t\t\t}\n\t\t\t\t\telse cur_sheet = (Directory[s] || {name:\"\"}).name;\n\t\t\t\t\tmergecells = [];\n\t\t\t\t\tobjects = [];\n\t\t\t\t} break;\n\t\t\t\tcase 'Number': case 'BIFF2NUM': {\n\t\t\t\t\ttemp_val = {ixfe: val.ixfe, XF: XFs[val.ixfe], v:val.val, t:'n'};\n\t\t\t\t\tif(temp_val.XF) safe_format_xf(temp_val, options, wb.opts.Date1904);\n\t\t\t\t\taddcell({c:val.c, r:val.r}, temp_val, options);\n\t\t\t\t} break;\n\t\t\t\tcase 'BoolErr': {\n\t\t\t\t\ttemp_val = {ixfe: val.ixfe, XF: XFs[val.ixfe], v:val.val, t:val.t};\n\t\t\t\t\tif(temp_val.XF) safe_format_xf(temp_val, options, wb.opts.Date1904);\n\t\t\t\t\taddcell({c:val.c, r:val.r}, temp_val, options);\n\t\t\t\t} break;\n\t\t\t\tcase 'RK': {\n\t\t\t\t\ttemp_val = {ixfe: val.ixfe, XF: XFs[val.ixfe], v:val.rknum, t:'n'};\n\t\t\t\t\tif(temp_val.XF) safe_format_xf(temp_val, options, wb.opts.Date1904);\n\t\t\t\t\taddcell({c:val.c, r:val.r}, temp_val, options);\n\t\t\t\t} break;\n\t\t\t\tcase 'MulRk': {\n\t\t\t\t\tfor(var j = val.c; j <= val.C; ++j) {\n\t\t\t\t\t\tvar ixfe = val.rkrec[j-val.c][0];\n\t\t\t\t\t\ttemp_val= {ixfe:ixfe, XF:XFs[ixfe], v:val.rkrec[j-val.c][1], t:'n'};\n\t\t\t\t\t\tif(temp_val.XF) safe_format_xf(temp_val, options, wb.opts.Date1904);\n\t\t\t\t\t\taddcell({c:j, r:val.r}, temp_val, options);\n\t\t\t\t\t}\n\t\t\t\t} break;\n\t\t\t\tcase 'Formula': {\n\t\t\t\t\tswitch(val.val) {\n\t\t\t\t\t\tcase 'String': last_formula = val; break;\n\t\t\t\t\t\tcase 'Array Formula': throw \"Array Formula unsupported\";\n\t\t\t\t\t\tdefault:\n\t\t\t\t\t\t\ttemp_val = {v:val.val, ixfe:val.cell.ixfe, t:val.tt};\n\t\t\t\t\t\t\ttemp_val.XF = XFs[temp_val.ixfe];\n\t\t\t\t\t\t\tif(options.cellFormula) temp_val.f = \"=\"+stringify_formula(val.formula,range,val.cell,supbooks, opts);\n\t\t\t\t\t\t\tif(temp_val.XF) safe_format_xf(temp_val, options, wb.opts.Date1904);\n\t\t\t\t\t\t\taddcell(val.cell, temp_val, options);\n\t\t\t\t\t\t\tlast_formula = val;\n\t\t\t\t\t}\n\t\t\t\t} break;\n\t\t\t\tcase 'String': {\n\t\t\t\t\tif(last_formula) {\n\t\t\t\t\t\tlast_formula.val = val;\n\t\t\t\t\t\ttemp_val = {v:last_formula.val, ixfe:last_formula.cell.ixfe, t:'s'};\n\t\t\t\t\t\ttemp_val.XF = XFs[temp_val.ixfe];\n\t\t\t\t\t\tif(options.cellFormula) temp_val.f = \"=\"+stringify_formula(last_formula.formula, range, last_formula.cell, supbooks, opts);\n\t\t\t\t\t\tif(temp_val.XF) safe_format_xf(temp_val, options, wb.opts.Date1904);\n\t\t\t\t\t\taddcell(last_formula.cell, temp_val, options);\n\t\t\t\t\t\tlast_formula = null;\n\t\t\t\t\t}\n\t\t\t\t} break;\n\t\t\t\tcase 'Array': {\n\t\t\t\t\tarray_formulae.push(val);\n\t\t\t\t} break;\n\t\t\t\tcase 'ShrFmla': {\n\t\t\t\t\tif(!cell_valid) break;\n\t\t\t\t\t//if(options.cellFormula) out[last_cell].f = stringify_formula(val[0], range, lastcell, supbooks, opts);\n\t\t\t\t\t/* TODO: capture range */\n\t\t\t\t\tshared_formulae[encode_cell(last_formula.cell)]= val[0];\n\t\t\t\t} break;\n\t\t\t\tcase 'LabelSst':\n\t\t\t\t\t//temp_val={v:sst[val.isst].t, ixfe:val.ixfe, t:'s'};\n\t\t\t\t\ttemp_val=make_cell(sst[val.isst].t, val.ixfe, 's');\n\t\t\t\t\ttemp_val.XF = XFs[temp_val.ixfe];\n\t\t\t\t\tif(temp_val.XF) safe_format_xf(temp_val, options, wb.opts.Date1904);\n\t\t\t\t\taddcell({c:val.c, r:val.r}, temp_val, options);\n\t\t\t\t\tbreak;\n\t\t\t\tcase 'Label': case 'BIFF2STR':\n\t\t\t\t\t/* Some writers erroneously write Label */\n\t\t\t\t\ttemp_val=make_cell(val.val, val.ixfe, 's');\n\t\t\t\t\ttemp_val.XF = XFs[temp_val.ixfe];\n\t\t\t\t\tif(temp_val.XF) safe_format_xf(temp_val, options, wb.opts.Date1904);\n\t\t\t\t\taddcell({c:val.c, r:val.r}, temp_val, options);\n\t\t\t\t\tbreak;\n\t\t\t\tcase 'Dimensions': {\n\t\t\t\t\tif(file_depth === 1) range = val; /* TODO: stack */\n\t\t\t\t} break;\n\t\t\t\tcase 'SST': {\n\t\t\t\t\tsst = val;\n\t\t\t\t} break;\n\t\t\t\tcase 'Format': { /* val = [id, fmt] */\n\t\t\t\t\tSSF.load(val[1], val[0]);\n\t\t\t\t} break;\n\n\t\t\t\tcase 'MergeCells': mergecells = mergecells.concat(val); break;\n\n\t\t\t\tcase 'Obj': objects[val.cmo[0]] = opts.lastobj = val; break;\n\t\t\t\tcase 'TxO': opts.lastobj.TxO = val; break;\n\n\t\t\t\tcase 'HLink': {\n\t\t\t\t\tfor(rngR = val[0].s.r; rngR <= val[0].e.r; ++rngR)\n\t\t\t\t\t\tfor(rngC = val[0].s.c; rngC <= val[0].e.c; ++rngC)\n\t\t\t\t\t\t\tif(out[encode_cell({c:rngC,r:rngR})])\n\t\t\t\t\t\t\t\tout[encode_cell({c:rngC,r:rngR})].l = val[1];\n\t\t\t\t} break;\n\t\t\t\tcase 'HLinkTooltip': {\n\t\t\t\t\tfor(rngR = val[0].s.r; rngR <= val[0].e.r; ++rngR)\n\t\t\t\t\t\tfor(rngC = val[0].s.c; rngC <= val[0].e.c; ++rngC)\n\t\t\t\t\t\t\tif(out[encode_cell({c:rngC,r:rngR})])\n\t\t\t\t\t\t\t\tout[encode_cell({c:rngC,r:rngR})].l.tooltip = val[1];\n\t\t\t\t} break;\n\n\t\t\t\t/* Comments */\n\t\t\t\tcase 'Note': {\n\t\t\t\t\tif(opts.biff <= 5 && opts.biff >= 2) break; /* TODO: BIFF5 */\n\t\t\t\t\tcc = out[encode_cell(val[0])];\n\t\t\t\t\tvar noteobj = objects[val[2]];\n\t\t\t\t\tif(!cc) break;\n\t\t\t\t\tif(!cc.c) cc.c = [];\n\t\t\t\t\tcmnt = {a:val[1],t:noteobj.TxO.t};\n\t\t\t\t\tcc.c.push(cmnt);\n\t\t\t\t} break;\n\n\t\t\t\tdefault: switch(R.n) { /* nested */\n\t\t\t\tcase 'ClrtClient': break;\n\t\t\t\tcase 'XFExt': update_xfext(XFs[val.ixfe], val.ext); break;\n\n\t\t\t\tcase 'NameCmt': break;\n\t\t\t\tcase 'Header': break; // TODO\n\t\t\t\tcase 'Footer': break; // TODO\n\t\t\t\tcase 'HCenter': break; // TODO\n\t\t\t\tcase 'VCenter': break; // TODO\n\t\t\t\tcase 'Pls': break; // TODO\n\t\t\t\tcase 'Setup': break; // TODO\n\t\t\t\tcase 'DefColWidth': break; // TODO\n\t\t\t\tcase 'GCW': break;\n\t\t\t\tcase 'LHRecord': break;\n\t\t\t\tcase 'ColInfo': break; // TODO\n\t\t\t\tcase 'Row': break; // TODO\n\t\t\t\tcase 'DBCell': break; // TODO\n\t\t\t\tcase 'MulBlank': break; // TODO\n\t\t\t\tcase 'EntExU2': break; // TODO\n\t\t\t\tcase 'SxView': break; // TODO\n\t\t\t\tcase 'Sxvd': break; // TODO\n\t\t\t\tcase 'SXVI': break; // TODO\n\t\t\t\tcase 'SXVDEx': break; // TODO\n\t\t\t\tcase 'SxIvd': break; // TODO\n\t\t\t\tcase 'SXDI': break; // TODO\n\t\t\t\tcase 'SXLI': break; // TODO\n\t\t\t\tcase 'SXEx': break; // TODO\n\t\t\t\tcase 'QsiSXTag': break; // TODO\n\t\t\t\tcase 'Selection': break;\n\t\t\t\tcase 'Feat': break;\n\t\t\t\tcase 'FeatHdr': case 'FeatHdr11': break;\n\t\t\t\tcase 'Feature11': case 'Feature12': case 'List12': break;\n\t\t\t\tcase 'Blank': break;\n\t\t\t\tcase 'Country': country = val; break;\n\t\t\t\tcase 'RecalcId': break;\n\t\t\t\tcase 'DefaultRowHeight': case 'DxGCol': break; // TODO: htmlify\n\t\t\t\tcase 'Fbi': case 'Fbi2': case 'GelFrame': break;\n\t\t\t\tcase 'Font': break; // TODO\n\t\t\t\tcase 'XFCRC': break; // TODO\n\t\t\t\tcase 'Style': break; // TODO\n\t\t\t\tcase 'StyleExt': break; // TODO\n\t\t\t\tcase 'Palette': palette = val; break; // TODO\n\t\t\t\tcase 'Theme': break; // TODO\n\t\t\t\t/* Protection */\n\t\t\t\tcase 'ScenarioProtect': break;\n\t\t\t\tcase 'ObjProtect': break;\n\n\t\t\t\t/* Conditional Formatting */\n\t\t\t\tcase 'CondFmt12': break;\n\n\t\t\t\t/* Table */\n\t\t\t\tcase 'Table': break; // TODO\n\t\t\t\tcase 'TableStyles': break; // TODO\n\t\t\t\tcase 'TableStyle': break; // TODO\n\t\t\t\tcase 'TableStyleElement': break; // TODO\n\n\t\t\t\t/* PivotTable */\n\t\t\t\tcase 'SXStreamID': break; // TODO\n\t\t\t\tcase 'SXVS': break; // TODO\n\t\t\t\tcase 'DConRef': break; // TODO\n\t\t\t\tcase 'SXAddl': break; // TODO\n\t\t\t\tcase 'DConBin': break; // TODO\n\t\t\t\tcase 'DConName': break; // TODO\n\t\t\t\tcase 'SXPI': break; // TODO\n\t\t\t\tcase 'SxFormat': break; // TODO\n\t\t\t\tcase 'SxSelect': break; // TODO\n\t\t\t\tcase 'SxRule': break; // TODO\n\t\t\t\tcase 'SxFilt': break; // TODO\n\t\t\t\tcase 'SxItm': break; // TODO\n\t\t\t\tcase 'SxDXF': break; // TODO\n\n\t\t\t\t/* Scenario Manager */\n\t\t\t\tcase 'ScenMan': break;\n\n\t\t\t\t/* Data Consolidation */\n\t\t\t\tcase 'DCon': break;\n\n\t\t\t\t/* Watched Cell */\n\t\t\t\tcase 'CellWatch': break;\n\n\t\t\t\t/* Print Settings */\n\t\t\t\tcase 'PrintRowCol': break;\n\t\t\t\tcase 'PrintGrid': break;\n\t\t\t\tcase 'PrintSize': break;\n\n\t\t\t\tcase 'XCT': break;\n\t\t\t\tcase 'CRN': break;\n\n\t\t\t\tcase 'Scl': {\n\t\t\t\t\t//console.log(\"Zoom Level:\", val[0]/val[1],val);\n\t\t\t\t} break;\n\t\t\t\tcase 'SheetExt': {\n\n\t\t\t\t} break;\n\t\t\t\tcase 'SheetExtOptional': {\n\n\t\t\t\t} break;\n\n\t\t\t\t/* VBA */\n\t\t\t\tcase 'ObNoMacros': {\n\n\t\t\t\t} break;\n\t\t\t\tcase 'ObProj': {\n\n\t\t\t\t} break;\n\t\t\t\tcase 'CodeName': {\n\n\t\t\t\t} break;\n\t\t\t\tcase 'GUIDTypeLib': {\n\n\t\t\t\t} break;\n\n\t\t\t\tcase 'WOpt': break; // TODO: WTF?\n\t\t\t\tcase 'PhoneticInfo': break;\n\n\t\t\t\tcase 'OleObjectSize': break;\n\n\t\t\t\t/* Differential Formatting */\n\t\t\t\tcase 'DXF': case 'DXFN': case 'DXFN12': case 'DXFN12List': case 'DXFN12NoCB': break;\n\n\t\t\t\t/* Data Validation */\n\t\t\t\tcase 'Dv': case 'DVal': break;\n\n\t\t\t\t/* Data Series */\n\t\t\t\tcase 'BRAI': case 'Series': case 'SeriesText': break;\n\n\t\t\t\t/* Data Connection */\n\t\t\t\tcase 'DConn': break;\n\t\t\t\tcase 'DbOrParamQry': break;\n\t\t\t\tcase 'DBQueryExt': break;\n\n\t\t\t\t/* Formatting */\n\t\t\t\tcase 'IFmtRecord': break;\n\t\t\t\tcase 'CondFmt': case 'CF': case 'CF12': case 'CFEx': break;\n\n\t\t\t\t/* Explicitly Ignored */\n\t\t\t\tcase 'Excel9File': break;\n\t\t\t\tcase 'Units': break;\n\t\t\t\tcase 'InterfaceHdr': case 'Mms': case 'InterfaceEnd': case 'DSF': case 'BuiltInFnGroupCount':\n\t\t\t\t/* View Stuff */\n\t\t\t\tcase 'Window1': case 'Window2': case 'HideObj': case 'GridSet': case 'Guts':\n\t\t\t\tcase 'UserBView': case 'UserSViewBegin': case 'UserSViewEnd':\n\t\t\t\tcase 'Pane': break;\n\t\t\t\tdefault: switch(R.n) { /* nested */\n\t\t\t\t/* Chart */\n\t\t\t\tcase 'Dat':\n\t\t\t\tcase 'Begin': case 'End':\n\t\t\t\tcase 'StartBlock': case 'EndBlock':\n\t\t\t\tcase 'Frame': case 'Area':\n\t\t\t\tcase 'Axis': case 'AxisLine': case 'Tick': break;\n\t\t\t\tcase 'AxesUsed':\n\t\t\t\tcase 'CrtLayout12': case 'CrtLayout12A': case 'CrtLink': case 'CrtLine': case 'CrtMlFrt': case 'CrtMlFrtContinue': break;\n\t\t\t\tcase 'LineFormat': case 'AreaFormat':\n\t\t\t\tcase 'Chart': case 'Chart3d': case 'Chart3DBarShape': case 'ChartFormat': case 'ChartFrtInfo': break;\n\t\t\t\tcase 'PlotArea': case 'PlotGrowth': break;\n\t\t\t\tcase 'SeriesList': case 'SerParent': case 'SerAuxTrend': break;\n\t\t\t\tcase 'DataFormat': case 'SerToCrt': case 'FontX': break;\n\t\t\t\tcase 'CatSerRange': case 'AxcExt': case 'SerFmt': break;\n\t\t\t\tcase 'ShtProps': break;\n\t\t\t\tcase 'DefaultText': case 'Text': case 'CatLab': break;\n\t\t\t\tcase 'DataLabExtContents': break;\n\t\t\t\tcase 'Legend': case 'LegendException': break;\n\t\t\t\tcase 'Pie': case 'Scatter': break;\n\t\t\t\tcase 'PieFormat': case 'MarkerFormat': break;\n\t\t\t\tcase 'StartObject': case 'EndObject': break;\n\t\t\t\tcase 'AlRuns': case 'ObjectLink': break;\n\t\t\t\tcase 'SIIndex': break;\n\t\t\t\tcase 'AttachedLabel': case 'YMult': break;\n\n\t\t\t\t/* Chart Group */\n\t\t\t\tcase 'Line': case 'Bar': break;\n\t\t\t\tcase 'Surf': break;\n\n\t\t\t\t/* Axis Group */\n\t\t\t\tcase 'AxisParent': break;\n\t\t\t\tcase 'Pos': break;\n\t\t\t\tcase 'ValueRange': break;\n\n\t\t\t\t/* Pivot Chart */\n\t\t\t\tcase 'SXViewEx9': break; // TODO\n\t\t\t\tcase 'SXViewLink': break;\n\t\t\t\tcase 'PivotChartBits': break;\n\t\t\t\tcase 'SBaseRef': break;\n\t\t\t\tcase 'TextPropsStream': break;\n\n\t\t\t\t/* Chart Misc */\n\t\t\t\tcase 'LnExt': break;\n\t\t\t\tcase 'MkrExt': break;\n\t\t\t\tcase 'CrtCoopt': break;\n\n\t\t\t\t/* Query Table */\n\t\t\t\tcase 'Qsi': case 'Qsif': case 'Qsir': case 'QsiSXTag': break;\n\t\t\t\tcase 'TxtQry': break;\n\n\t\t\t\t/* Filter */\n\t\t\t\tcase 'FilterMode': break;\n\t\t\t\tcase 'AutoFilter': case 'AutoFilterInfo': break;\n\t\t\t\tcase 'AutoFilter12': break;\n\t\t\t\tcase 'DropDownObjIds': break;\n\t\t\t\tcase 'Sort': break;\n\t\t\t\tcase 'SortData': break;\n\n\t\t\t\t/* Drawing */\n\t\t\t\tcase 'ShapePropsStream': break;\n\t\t\t\tcase 'MsoDrawing': case 'MsoDrawingGroup': case 'MsoDrawingSelection': break;\n\t\t\t\tcase 'ImData': break;\n\t\t\t\t/* Pub Stuff */\n\t\t\t\tcase 'WebPub': case 'AutoWebPub':\n\n\t\t\t\t/* Print Stuff */\n\t\t\t\tcase 'RightMargin': case 'LeftMargin': case 'TopMargin': case 'BottomMargin':\n\t\t\t\tcase 'HeaderFooter': case 'HFPicture': case 'PLV':\n\t\t\t\tcase 'HorizontalPageBreaks': case 'VerticalPageBreaks':\n\t\t\t\t/* Behavioral */\n\t\t\t\tcase 'Backup': case 'CompressPictures': case 'Compat12': break;\n\n\t\t\t\t/* Should not Happen */\n\t\t\t\tcase 'Continue': case 'ContinueFrt12': break;\n\n\t\t\t\t/* Future Records */\n\t\t\t\tcase 'FrtFontList': case 'FrtWrapper': break;\n\n\t\t\t\t/* BIFF5 records */\n\t\t\t\tcase 'ExternCount': break;\n\t\t\t\tcase 'RString': break;\n\t\t\t\tcase 'TabIdConf': case 'Radar': case 'RadarArea': case 'DropBar': case 'Intl': case 'CoordList': case 'SerAuxErrBar': break;\n\n\t\t\t\tdefault: switch(R.n) { /* nested */\n\t\t\t\t/* Miscellaneous */\n\t\t\t\tcase 'SCENARIO': case 'DConBin': case 'PicF': case 'DataLabExt':\n\t\t\t\tcase 'Lel': case 'BopPop': case 'BopPopCustom': case 'RealTimeData':\n\t\t\t\tcase 'Name': break;\n\t\t\t\tdefault: if(options.WTF) throw 'Unrecognized Record ' + R.n;\n\t\t\t}}}}\n\t\t} else blob.l += length;\n\t}\n\tvar sheetnamesraw = opts.biff === 2 ? ['Sheet1'] : Object.keys(Directory).sort(function(a,b) { return Number(a) - Number(b); }).map(function(x){return Directory[x].name;});\n\tvar sheetnames = sheetnamesraw.slice();\n\twb.Directory=sheetnamesraw;\n\twb.SheetNames=sheetnamesraw;\n\tif(!options.bookSheets) wb.Sheets=Sheets;\n\twb.Preamble=Preamble;\n\twb.Strings = sst;\n\twb.SSF = SSF.get_table();\n\tif(opts.enc) wb.Encryption = opts.enc;\n\twb.Metadata = {};\n\tif(country !== undefined) wb.Metadata.Country = country;\n\treturn wb;\n}\n\nfunction parse_xlscfb(cfb, options) {\nif(!options) options = {};\nfix_read_opts(options);\nreset_cp();\nvar CompObj, Summary, Workbook;\nif(cfb.find) {\n\tCompObj = cfb.find('!CompObj');\n\tSummary = cfb.find('!SummaryInformation');\n\tWorkbook = cfb.find('/Workbook');\n} else {\n\tprep_blob(cfb, 0);\n\tWorkbook = {content: cfb};\n}\n\nif(!Workbook) Workbook = cfb.find('/Book');\nvar CompObjP, SummaryP, WorkbookP;\n\nif(CompObj) CompObjP = parse_compobj(CompObj);\nif(options.bookProps && !options.bookSheets) WorkbookP = {};\nelse {\n\tif(Workbook) WorkbookP = parse_workbook(Workbook.content, options, !!Workbook.find);\n\telse throw new Error(\"Cannot find Workbook stream\");\n}\n\nif(cfb.find) parse_props(cfb);\n\nvar props = {};\nfor(var y in cfb.Summary) props[y] = cfb.Summary[y];\nfor(y in cfb.DocSummary) props[y] = cfb.DocSummary[y];\nWorkbookP.Props = WorkbookP.Custprops = props; /* TODO: split up properties */\nif(options.bookFiles) WorkbookP.cfb = cfb;\nWorkbookP.CompObjP = CompObjP;\nreturn WorkbookP;\n}\n\n/* TODO: WTF */\nfunction parse_props(cfb) {\n\t/* [MS-OSHARED] 2.3.3.2.2 Document Summary Information Property Set */\n\tvar DSI = cfb.find('!DocumentSummaryInformation');\n\tif(DSI) try { cfb.DocSummary = parse_PropertySetStream(DSI, DocSummaryPIDDSI); } catch(e) {}\n\n\t/* [MS-OSHARED] 2.3.3.2.1 Summary Information Property Set*/\n\tvar SI = cfb.find('!SummaryInformation');\n\tif(SI) try { cfb.Summary = parse_PropertySetStream(SI, SummaryPIDSI); } catch(e) {}\n}\n\n/* [MS-XLSB] 2.3 Record Enumeration */\nvar XLSBRecordEnum = {\n\t0x0000: { n:\"BrtRowHdr\", f:parse_BrtRowHdr },\n\t0x0001: { n:\"BrtCellBlank\", f:parse_BrtCellBlank },\n\t0x0002: { n:\"BrtCellRk\", f:parse_BrtCellRk },\n\t0x0003: { n:\"BrtCellError\", f:parse_BrtCellError },\n\t0x0004: { n:\"BrtCellBool\", f:parse_BrtCellBool },\n\t0x0005: { n:\"BrtCellReal\", f:parse_BrtCellReal },\n\t0x0006: { n:\"BrtCellSt\", f:parse_BrtCellSt },\n\t0x0007: { n:\"BrtCellIsst\", f:parse_BrtCellIsst },\n\t0x0008: { n:\"BrtFmlaString\", f:parse_BrtFmlaString },\n\t0x0009: { n:\"BrtFmlaNum\", f:parse_BrtFmlaNum },\n\t0x000A: { n:\"BrtFmlaBool\", f:parse_BrtFmlaBool },\n\t0x000B: { n:\"BrtFmlaError\", f:parse_BrtFmlaError },\n\t0x0010: { n:\"BrtFRTArchID$\", f:parse_BrtFRTArchID$ },\n\t0x0013: { n:\"BrtSSTItem\", f:parse_RichStr },\n\t0x0014: { n:\"BrtPCDIMissing\", f:parsenoop },\n\t0x0015: { n:\"BrtPCDINumber\", f:parsenoop },\n\t0x0016: { n:\"BrtPCDIBoolean\", f:parsenoop },\n\t0x0017: { n:\"BrtPCDIError\", f:parsenoop },\n\t0x0018: { n:\"BrtPCDIString\", f:parsenoop },\n\t0x0019: { n:\"BrtPCDIDatetime\", f:parsenoop },\n\t0x001A: { n:\"BrtPCDIIndex\", f:parsenoop },\n\t0x001B: { n:\"BrtPCDIAMissing\", f:parsenoop },\n\t0x001C: { n:\"BrtPCDIANumber\", f:parsenoop },\n\t0x001D: { n:\"BrtPCDIABoolean\", f:parsenoop },\n\t0x001E: { n:\"BrtPCDIAError\", f:parsenoop },\n\t0x001F: { n:\"BrtPCDIAString\", f:parsenoop },\n\t0x0020: { n:\"BrtPCDIADatetime\", f:parsenoop },\n\t0x0021: { n:\"BrtPCRRecord\", f:parsenoop },\n\t0x0022: { n:\"BrtPCRRecordDt\", f:parsenoop },\n\t0x0023: { n:\"BrtFRTBegin\", f:parsenoop },\n\t0x0024: { n:\"BrtFRTEnd\", f:parsenoop },\n\t0x0025: { n:\"BrtACBegin\", f:parsenoop },\n\t0x0026: { n:\"BrtACEnd\", f:parsenoop },\n\t0x0027: { n:\"BrtName\", f:parsenoop },\n\t0x0028: { n:\"BrtIndexRowBlock\", f:parsenoop },\n\t0x002A: { n:\"BrtIndexBlock\", f:parsenoop },\n\t0x002B: { n:\"BrtFont\", f:parse_BrtFont },\n\t0x002C: { n:\"BrtFmt\", f:parse_BrtFmt },\n\t0x002D: { n:\"BrtFill\", f:parsenoop },\n\t0x002E: { n:\"BrtBorder\", f:parsenoop },\n\t0x002F: { n:\"BrtXF\", f:parse_BrtXF },\n\t0x0030: { n:\"BrtStyle\", f:parsenoop },\n\t0x0031: { n:\"BrtCellMeta\", f:parsenoop },\n\t0x0032: { n:\"BrtValueMeta\", f:parsenoop },\n\t0x0033: { n:\"BrtMdb\", f:parsenoop },\n\t0x0034: { n:\"BrtBeginFmd\", f:parsenoop },\n\t0x0035: { n:\"BrtEndFmd\", f:parsenoop },\n\t0x0036: { n:\"BrtBeginMdx\", f:parsenoop },\n\t0x0037: { n:\"BrtEndMdx\", f:parsenoop },\n\t0x0038: { n:\"BrtBeginMdxTuple\", f:parsenoop },\n\t0x0039: { n:\"BrtEndMdxTuple\", f:parsenoop },\n\t0x003A: { n:\"BrtMdxMbrIstr\", f:parsenoop },\n\t0x003B: { n:\"BrtStr\", f:parsenoop },\n\t0x003C: { n:\"BrtColInfo\", f:parsenoop },\n\t0x003E: { n:\"BrtCellRString\", f:parsenoop },\n\t0x003F: { n:\"BrtCalcChainItem$\", f:parse_BrtCalcChainItem$ },\n\t0x0040: { n:\"BrtDVal\", f:parsenoop },\n\t0x0041: { n:\"BrtSxvcellNum\", f:parsenoop },\n\t0x0042: { n:\"BrtSxvcellStr\", f:parsenoop },\n\t0x0043: { n:\"BrtSxvcellBool\", f:parsenoop },\n\t0x0044: { n:\"BrtSxvcellErr\", f:parsenoop },\n\t0x0045: { n:\"BrtSxvcellDate\", f:parsenoop },\n\t0x0046: { n:\"BrtSxvcellNil\", f:parsenoop },\n\t0x0080: { n:\"BrtFileVersion\", f:parsenoop },\n\t0x0081: { n:\"BrtBeginSheet\", f:parsenoop },\n\t0x0082: { n:\"BrtEndSheet\", f:parsenoop },\n\t0x0083: { n:\"BrtBeginBook\", f:parsenoop, p:0 },\n\t0x0084: { n:\"BrtEndBook\", f:parsenoop },\n\t0x0085: { n:\"BrtBeginWsViews\", f:parsenoop },\n\t0x0086: { n:\"BrtEndWsViews\", f:parsenoop },\n\t0x0087: { n:\"BrtBeginBookViews\", f:parsenoop },\n\t0x0088: { n:\"BrtEndBookViews\", f:parsenoop },\n\t0x0089: { n:\"BrtBeginWsView\", f:parsenoop },\n\t0x008A: { n:\"BrtEndWsView\", f:parsenoop },\n\t0x008B: { n:\"BrtBeginCsViews\", f:parsenoop },\n\t0x008C: { n:\"BrtEndCsViews\", f:parsenoop },\n\t0x008D: { n:\"BrtBeginCsView\", f:parsenoop },\n\t0x008E: { n:\"BrtEndCsView\", f:parsenoop },\n\t0x008F: { n:\"BrtBeginBundleShs\", f:parsenoop },\n\t0x0090: { n:\"BrtEndBundleShs\", f:parsenoop },\n\t0x0091: { n:\"BrtBeginSheetData\", f:parsenoop },\n\t0x0092: { n:\"BrtEndSheetData\", f:parsenoop },\n\t0x0093: { n:\"BrtWsProp\", f:parse_BrtWsProp },\n\t0x0094: { n:\"BrtWsDim\", f:parse_BrtWsDim, p:16 },\n\t0x0097: { n:\"BrtPane\", f:parsenoop },\n\t0x0098: { n:\"BrtSel\", f:parsenoop },\n\t0x0099: { n:\"BrtWbProp\", f:parse_BrtWbProp },\n\t0x009A: { n:\"BrtWbFactoid\", f:parsenoop },\n\t0x009B: { n:\"BrtFileRecover\", f:parsenoop },\n\t0x009C: { n:\"BrtBundleSh\", f:parse_BrtBundleSh },\n\t0x009D: { n:\"BrtCalcProp\", f:parsenoop },\n\t0x009E: { n:\"BrtBookView\", f:parsenoop },\n\t0x009F: { n:\"BrtBeginSst\", f:parse_BrtBeginSst },\n\t0x00A0: { n:\"BrtEndSst\", f:parsenoop },\n\t0x00A1: { n:\"BrtBeginAFilter\", f:parsenoop },\n\t0x00A2: { n:\"BrtEndAFilter\", f:parsenoop },\n\t0x00A3: { n:\"BrtBeginFilterColumn\", f:parsenoop },\n\t0x00A4: { n:\"BrtEndFilterColumn\", f:parsenoop },\n\t0x00A5: { n:\"BrtBeginFilters\", f:parsenoop },\n\t0x00A6: { n:\"BrtEndFilters\", f:parsenoop },\n\t0x00A7: { n:\"BrtFilter\", f:parsenoop },\n\t0x00A8: { n:\"BrtColorFilter\", f:parsenoop },\n\t0x00A9: { n:\"BrtIconFilter\", f:parsenoop },\n\t0x00AA: { n:\"BrtTop10Filter\", f:parsenoop },\n\t0x00AB: { n:\"BrtDynamicFilter\", f:parsenoop },\n\t0x00AC: { n:\"BrtBeginCustomFilters\", f:parsenoop },\n\t0x00AD: { n:\"BrtEndCustomFilters\", f:parsenoop },\n\t0x00AE: { n:\"BrtCustomFilter\", f:parsenoop },\n\t0x00AF: { n:\"BrtAFilterDateGroupItem\", f:parsenoop },\n\t0x00B0: { n:\"BrtMergeCell\", f:parse_BrtMergeCell },\n\t0x00B1: { n:\"BrtBeginMergeCells\", f:parsenoop },\n\t0x00B2: { n:\"BrtEndMergeCells\", f:parsenoop },\n\t0x00B3: { n:\"BrtBeginPivotCacheDef\", f:parsenoop },\n\t0x00B4: { n:\"BrtEndPivotCacheDef\", f:parsenoop },\n\t0x00B5: { n:\"BrtBeginPCDFields\", f:parsenoop },\n\t0x00B6: { n:\"BrtEndPCDFields\", f:parsenoop },\n\t0x00B7: { n:\"BrtBeginPCDField\", f:parsenoop },\n\t0x00B8: { n:\"BrtEndPCDField\", f:parsenoop },\n\t0x00B9: { n:\"BrtBeginPCDSource\", f:parsenoop },\n\t0x00BA: { n:\"BrtEndPCDSource\", f:parsenoop },\n\t0x00BB: { n:\"BrtBeginPCDSRange\", f:parsenoop },\n\t0x00BC: { n:\"BrtEndPCDSRange\", f:parsenoop },\n\t0x00BD: { n:\"BrtBeginPCDFAtbl\", f:parsenoop },\n\t0x00BE: { n:\"BrtEndPCDFAtbl\", f:parsenoop },\n\t0x00BF: { n:\"BrtBeginPCDIRun\", f:parsenoop },\n\t0x00C0: { n:\"BrtEndPCDIRun\", f:parsenoop },\n\t0x00C1: { n:\"BrtBeginPivotCacheRecords\", f:parsenoop },\n\t0x00C2: { n:\"BrtEndPivotCacheRecords\", f:parsenoop },\n\t0x00C3: { n:\"BrtBeginPCDHierarchies\", f:parsenoop },\n\t0x00C4: { n:\"BrtEndPCDHierarchies\", f:parsenoop },\n\t0x00C5: { n:\"BrtBeginPCDHierarchy\", f:parsenoop },\n\t0x00C6: { n:\"BrtEndPCDHierarchy\", f:parsenoop },\n\t0x00C7: { n:\"BrtBeginPCDHFieldsUsage\", f:parsenoop },\n\t0x00C8: { n:\"BrtEndPCDHFieldsUsage\", f:parsenoop },\n\t0x00C9: { n:\"BrtBeginExtConnection\", f:parsenoop },\n\t0x00CA: { n:\"BrtEndExtConnection\", f:parsenoop },\n\t0x00CB: { n:\"BrtBeginECDbProps\", f:parsenoop },\n\t0x00CC: { n:\"BrtEndECDbProps\", f:parsenoop },\n\t0x00CD: { n:\"BrtBeginECOlapProps\", f:parsenoop },\n\t0x00CE: { n:\"BrtEndECOlapProps\", f:parsenoop },\n\t0x00CF: { n:\"BrtBeginPCDSConsol\", f:parsenoop },\n\t0x00D0: { n:\"BrtEndPCDSConsol\", f:parsenoop },\n\t0x00D1: { n:\"BrtBeginPCDSCPages\", f:parsenoop },\n\t0x00D2: { n:\"BrtEndPCDSCPages\", f:parsenoop },\n\t0x00D3: { n:\"BrtBeginPCDSCPage\", f:parsenoop },\n\t0x00D4: { n:\"BrtEndPCDSCPage\", f:parsenoop },\n\t0x00D5: { n:\"BrtBeginPCDSCPItem\", f:parsenoop },\n\t0x00D6: { n:\"BrtEndPCDSCPItem\", f:parsenoop },\n\t0x00D7: { n:\"BrtBeginPCDSCSets\", f:parsenoop },\n\t0x00D8: { n:\"BrtEndPCDSCSets\", f:parsenoop },\n\t0x00D9: { n:\"BrtBeginPCDSCSet\", f:parsenoop },\n\t0x00DA: { n:\"BrtEndPCDSCSet\", f:parsenoop },\n\t0x00DB: { n:\"BrtBeginPCDFGroup\", f:parsenoop },\n\t0x00DC: { n:\"BrtEndPCDFGroup\", f:parsenoop },\n\t0x00DD: { n:\"BrtBeginPCDFGItems\", f:parsenoop },\n\t0x00DE: { n:\"BrtEndPCDFGItems\", f:parsenoop },\n\t0x00DF: { n:\"BrtBeginPCDFGRange\", f:parsenoop },\n\t0x00E0: { n:\"BrtEndPCDFGRange\", f:parsenoop },\n\t0x00E1: { n:\"BrtBeginPCDFGDiscrete\", f:parsenoop },\n\t0x00E2: { n:\"BrtEndPCDFGDiscrete\", f:parsenoop },\n\t0x00E3: { n:\"BrtBeginPCDSDTupleCache\", f:parsenoop },\n\t0x00E4: { n:\"BrtEndPCDSDTupleCache\", f:parsenoop },\n\t0x00E5: { n:\"BrtBeginPCDSDTCEntries\", f:parsenoop },\n\t0x00E6: { n:\"BrtEndPCDSDTCEntries\", f:parsenoop },\n\t0x00E7: { n:\"BrtBeginPCDSDTCEMembers\", f:parsenoop },\n\t0x00E8: { n:\"BrtEndPCDSDTCEMembers\", f:parsenoop },\n\t0x00E9: { n:\"BrtBeginPCDSDTCEMember\", f:parsenoop },\n\t0x00EA: { n:\"BrtEndPCDSDTCEMember\", f:parsenoop },\n\t0x00EB: { n:\"BrtBeginPCDSDTCQueries\", f:parsenoop },\n\t0x00EC: { n:\"BrtEndPCDSDTCQueries\", f:parsenoop },\n\t0x00ED: { n:\"BrtBeginPCDSDTCQuery\", f:parsenoop },\n\t0x00EE: { n:\"BrtEndPCDSDTCQuery\", f:parsenoop },\n\t0x00EF: { n:\"BrtBeginPCDSDTCSets\", f:parsenoop },\n\t0x00F0: { n:\"BrtEndPCDSDTCSets\", f:parsenoop },\n\t0x00F1: { n:\"BrtBeginPCDSDTCSet\", f:parsenoop },\n\t0x00F2: { n:\"BrtEndPCDSDTCSet\", f:parsenoop },\n\t0x00F3: { n:\"BrtBeginPCDCalcItems\", f:parsenoop },\n\t0x00F4: { n:\"BrtEndPCDCalcItems\", f:parsenoop },\n\t0x00F5: { n:\"BrtBeginPCDCalcItem\", f:parsenoop },\n\t0x00F6: { n:\"BrtEndPCDCalcItem\", f:parsenoop },\n\t0x00F7: { n:\"BrtBeginPRule\", f:parsenoop },\n\t0x00F8: { n:\"BrtEndPRule\", f:parsenoop },\n\t0x00F9: { n:\"BrtBeginPRFilters\", f:parsenoop },\n\t0x00FA: { n:\"BrtEndPRFilters\", f:parsenoop },\n\t0x00FB: { n:\"BrtBeginPRFilter\", f:parsenoop },\n\t0x00FC: { n:\"BrtEndPRFilter\", f:parsenoop },\n\t0x00FD: { n:\"BrtBeginPNames\", f:parsenoop },\n\t0x00FE: { n:\"BrtEndPNames\", f:parsenoop },\n\t0x00FF: { n:\"BrtBeginPName\", f:parsenoop },\n\t0x0100: { n:\"BrtEndPName\", f:parsenoop },\n\t0x0101: { n:\"BrtBeginPNPairs\", f:parsenoop },\n\t0x0102: { 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f:parsenoop },\n\t0x0492: { n:\"BrtEndCellIgnoreECs14\", f:parsenoop },\n\t0x0493: { n:\"BrtDxf14\", f:parsenoop },\n\t0x0494: { n:\"BrtBeginDxF14s\", f:parsenoop },\n\t0x0495: { n:\"BrtEndDxf14s\", f:parsenoop },\n\t0x0499: { n:\"BrtFilter14\", f:parsenoop },\n\t0x049A: { n:\"BrtBeginCustomFilters14\", f:parsenoop },\n\t0x049C: { n:\"BrtCustomFilter14\", f:parsenoop },\n\t0x049D: { n:\"BrtIconFilter14\", f:parsenoop },\n\t0x049E: { n:\"BrtPivotCacheConnectionName\", f:parsenoop },\n\t0x0800: { n:\"BrtBeginDecoupledPivotCacheIDs\", f:parsenoop },\n\t0x0801: { n:\"BrtEndDecoupledPivotCacheIDs\", f:parsenoop },\n\t0x0802: { n:\"BrtDecoupledPivotCacheID\", f:parsenoop },\n\t0x0803: { n:\"BrtBeginPivotTableRefs\", f:parsenoop },\n\t0x0804: { n:\"BrtEndPivotTableRefs\", f:parsenoop },\n\t0x0805: { n:\"BrtPivotTableRef\", f:parsenoop },\n\t0x0806: { n:\"BrtSlicerCacheBookPivotTables\", f:parsenoop },\n\t0x0807: { n:\"BrtBeginSxvcells\", f:parsenoop },\n\t0x0808: { n:\"BrtEndSxvcells\", f:parsenoop },\n\t0x0809: { n:\"BrtBeginSxRow\", f:parsenoop },\n\t0x080A: { n:\"BrtEndSxRow\", f:parsenoop },\n\t0x080C: { n:\"BrtPcdCalcMem15\", f:parsenoop },\n\t0x0813: { n:\"BrtQsi15\", f:parsenoop },\n\t0x0814: { n:\"BrtBeginWebExtensions\", f:parsenoop },\n\t0x0815: { n:\"BrtEndWebExtensions\", f:parsenoop },\n\t0x0816: { n:\"BrtWebExtension\", f:parsenoop },\n\t0x0817: { n:\"BrtAbsPath15\", f:parsenoop },\n\t0x0818: { n:\"BrtBeginPivotTableUISettings\", f:parsenoop },\n\t0x0819: { n:\"BrtEndPivotTableUISettings\", f:parsenoop },\n\t0x081B: { n:\"BrtTableSlicerCacheIDs\", f:parsenoop },\n\t0x081C: { n:\"BrtTableSlicerCacheID\", f:parsenoop },\n\t0x081D: { n:\"BrtBeginTableSlicerCache\", f:parsenoop },\n\t0x081E: { n:\"BrtEndTableSlicerCache\", f:parsenoop },\n\t0x081F: { n:\"BrtSxFilter15\", f:parsenoop },\n\t0x0820: { n:\"BrtBeginTimelineCachePivotCacheIDs\", f:parsenoop },\n\t0x0821: { n:\"BrtEndTimelineCachePivotCacheIDs\", f:parsenoop },\n\t0x0822: { n:\"BrtTimelineCachePivotCacheID\", f:parsenoop },\n\t0x0823: { n:\"BrtBeginTimelineCacheIDs\", f:parsenoop },\n\t0x0824: { n:\"BrtEndTimelineCacheIDs\", f:parsenoop },\n\t0x0825: { n:\"BrtBeginTimelineCacheID\", f:parsenoop },\n\t0x0826: { n:\"BrtEndTimelineCacheID\", f:parsenoop },\n\t0x0827: { n:\"BrtBeginTimelinesEx\", f:parsenoop },\n\t0x0828: { n:\"BrtEndTimelinesEx\", f:parsenoop },\n\t0x0829: { n:\"BrtBeginTimelineEx\", f:parsenoop },\n\t0x082A: { n:\"BrtEndTimelineEx\", f:parsenoop },\n\t0x082B: { n:\"BrtWorkBookPr15\", f:parsenoop },\n\t0x082C: { n:\"BrtPCDH15\", f:parsenoop },\n\t0x082D: { n:\"BrtBeginTimelineStyle\", f:parsenoop },\n\t0x082E: { n:\"BrtEndTimelineStyle\", f:parsenoop },\n\t0x082F: { n:\"BrtTimelineStyleElement\", f:parsenoop },\n\t0x0830: { n:\"BrtBeginTimelineStylesheetExt15\", f:parsenoop },\n\t0x0831: { n:\"BrtEndTimelineStylesheetExt15\", f:parsenoop },\n\t0x0832: { n:\"BrtBeginTimelineStyles\", f:parsenoop },\n\t0x0833: { n:\"BrtEndTimelineStyles\", f:parsenoop },\n\t0x0834: { n:\"BrtBeginTimelineStyleElements\", f:parsenoop },\n\t0x0835: { n:\"BrtEndTimelineStyleElements\", f:parsenoop },\n\t0x0836: { n:\"BrtDxf15\", f:parsenoop },\n\t0x0837: { n:\"BrtBeginDxfs15\", f:parsenoop },\n\t0x0838: { n:\"brtEndDxfs15\", f:parsenoop },\n\t0x0839: { n:\"BrtSlicerCacheHideItemsWithNoData\", f:parsenoop },\n\t0x083A: { n:\"BrtBeginItemUniqueNames\", f:parsenoop },\n\t0x083B: { n:\"BrtEndItemUniqueNames\", f:parsenoop },\n\t0x083C: { n:\"BrtItemUniqueName\", f:parsenoop },\n\t0x083D: { n:\"BrtBeginExtConn15\", f:parsenoop },\n\t0x083E: { n:\"BrtEndExtConn15\", f:parsenoop },\n\t0x083F: { n:\"BrtBeginOledbPr15\", f:parsenoop },\n\t0x0840: { n:\"BrtEndOledbPr15\", f:parsenoop },\n\t0x0841: { n:\"BrtBeginDataFeedPr15\", f:parsenoop },\n\t0x0842: { n:\"BrtEndDataFeedPr15\", f:parsenoop },\n\t0x0843: { n:\"BrtTextPr15\", f:parsenoop },\n\t0x0844: { n:\"BrtRangePr15\", f:parsenoop },\n\t0x0845: { n:\"BrtDbCommand15\", f:parsenoop },\n\t0x0846: { n:\"BrtBeginDbTables15\", f:parsenoop },\n\t0x0847: { n:\"BrtEndDbTables15\", f:parsenoop },\n\t0x0848: { n:\"BrtDbTable15\", f:parsenoop },\n\t0x0849: { n:\"BrtBeginDataModel\", f:parsenoop },\n\t0x084A: { n:\"BrtEndDataModel\", f:parsenoop },\n\t0x084B: { n:\"BrtBeginModelTables\", f:parsenoop },\n\t0x084C: { n:\"BrtEndModelTables\", f:parsenoop },\n\t0x084D: { n:\"BrtModelTable\", f:parsenoop },\n\t0x084E: { n:\"BrtBeginModelRelationships\", f:parsenoop },\n\t0x084F: { n:\"BrtEndModelRelationships\", f:parsenoop },\n\t0x0850: { n:\"BrtModelRelationship\", f:parsenoop },\n\t0x0851: { n:\"BrtBeginECTxtWiz15\", f:parsenoop },\n\t0x0852: { n:\"BrtEndECTxtWiz15\", f:parsenoop },\n\t0x0853: { n:\"BrtBeginECTWFldInfoLst15\", f:parsenoop },\n\t0x0854: { n:\"BrtEndECTWFldInfoLst15\", f:parsenoop },\n\t0x0855: { n:\"BrtBeginECTWFldInfo15\", f:parsenoop },\n\t0x0856: { n:\"BrtFieldListActiveItem\", f:parsenoop },\n\t0x0857: { n:\"BrtPivotCacheIdVersion\", f:parsenoop },\n\t0x0858: { n:\"BrtSXDI15\", f:parsenoop },\n\t0xFFFF: { n:\"\", f:parsenoop }\n};\n\nvar evert_RE = evert_key(XLSBRecordEnum, 'n');\n\n/* [MS-XLS] 2.3 Record Enumeration */\nvar XLSRecordEnum = {\n\t0x0003: { n:\"BIFF2NUM\", f:parse_BIFF2NUM },\n\t0x0004: { n:\"BIFF2STR\", f:parse_BIFF2STR },\n\t0x0006: { n:\"Formula\", f:parse_Formula },\n\t0x0009: { n:'BOF', f:parse_BOF },\n\t0x000a: { n:'EOF', f:parse_EOF },\n\t0x000c: { n:\"CalcCount\", f:parse_CalcCount },\n\t0x000d: { n:\"CalcMode\", f:parse_CalcMode },\n\t0x000e: { n:\"CalcPrecision\", f:parse_CalcPrecision },\n\t0x000f: { n:\"CalcRefMode\", f:parse_CalcRefMode },\n\t0x0010: { n:\"CalcDelta\", f:parse_CalcDelta },\n\t0x0011: { n:\"CalcIter\", f:parse_CalcIter },\n\t0x0012: { n:\"Protect\", f:parse_Protect },\n\t0x0013: { n:\"Password\", f:parse_Password },\n\t0x0014: { n:\"Header\", f:parse_Header },\n\t0x0015: { n:\"Footer\", f:parse_Footer },\n\t0x0017: { n:\"ExternSheet\", f:parse_ExternSheet },\n\t0x0018: { n:\"Lbl\", f:parse_Lbl },\n\t0x0019: { n:\"WinProtect\", f:parse_WinProtect },\n\t0x001a: { n:\"VerticalPageBreaks\", f:parse_VerticalPageBreaks },\n\t0x001b: { n:\"HorizontalPageBreaks\", f:parse_HorizontalPageBreaks },\n\t0x001c: { n:\"Note\", f:parse_Note },\n\t0x001d: { n:\"Selection\", f:parse_Selection },\n\t0x0022: { n:\"Date1904\", f:parse_Date1904 },\n\t0x0023: { n:\"ExternName\", f:parse_ExternName },\n\t0x0026: { n:\"LeftMargin\", f:parse_LeftMargin },\n\t0x0027: { n:\"RightMargin\", f:parse_RightMargin },\n\t0x0028: { n:\"TopMargin\", f:parse_TopMargin },\n\t0x0029: { n:\"BottomMargin\", f:parse_BottomMargin },\n\t0x002a: { n:\"PrintRowCol\", f:parse_PrintRowCol },\n\t0x002b: { n:\"PrintGrid\", f:parse_PrintGrid },\n\t0x002f: { n:\"FilePass\", f:parse_FilePass },\n\t0x0031: { n:\"Font\", f:parse_Font },\n\t0x0033: { n:\"PrintSize\", f:parse_PrintSize },\n\t0x003c: { n:\"Continue\", f:parse_Continue },\n\t0x003d: { n:\"Window1\", f:parse_Window1 },\n\t0x0040: { n:\"Backup\", f:parse_Backup },\n\t0x0041: { n:\"Pane\", f:parse_Pane },\n\t0x0042: { n:'CodePage', f:parse_CodePage },\n\t0x004d: { n:\"Pls\", f:parse_Pls },\n\t0x0050: { n:\"DCon\", f:parse_DCon },\n\t0x0051: { n:\"DConRef\", f:parse_DConRef },\n\t0x0052: { n:\"DConName\", f:parse_DConName },\n\t0x0055: { n:\"DefColWidth\", f:parse_DefColWidth },\n\t0x0059: { n:\"XCT\", f:parse_XCT },\n\t0x005a: { n:\"CRN\", f:parse_CRN },\n\t0x005b: { n:\"FileSharing\", f:parse_FileSharing },\n\t0x005c: { n:'WriteAccess', f:parse_WriteAccess },\n\t0x005d: { n:\"Obj\", f:parse_Obj },\n\t0x005e: { n:\"Uncalced\", f:parse_Uncalced },\n\t0x005f: { n:\"CalcSaveRecalc\", f:parse_CalcSaveRecalc },\n\t0x0060: { n:\"Template\", f:parse_Template },\n\t0x0061: { n:\"Intl\", f:parse_Intl },\n\t0x0063: { n:\"ObjProtect\", f:parse_ObjProtect },\n\t0x007d: { n:\"ColInfo\", f:parse_ColInfo },\n\t0x0080: { n:\"Guts\", f:parse_Guts },\n\t0x0081: { n:\"WsBool\", f:parse_WsBool },\n\t0x0082: { n:\"GridSet\", f:parse_GridSet },\n\t0x0083: { n:\"HCenter\", f:parse_HCenter },\n\t0x0084: { n:\"VCenter\", f:parse_VCenter },\n\t0x0085: { n:'BoundSheet8', f:parse_BoundSheet8 },\n\t0x0086: { n:\"WriteProtect\", f:parse_WriteProtect },\n\t0x008c: { n:\"Country\", f:parse_Country },\n\t0x008d: { n:\"HideObj\", f:parse_HideObj },\n\t0x0090: { n:\"Sort\", f:parse_Sort },\n\t0x0092: { n:\"Palette\", f:parse_Palette },\n\t0x0097: { n:\"Sync\", f:parse_Sync },\n\t0x0098: { n:\"LPr\", f:parse_LPr },\n\t0x0099: { n:\"DxGCol\", f:parse_DxGCol },\n\t0x009a: { n:\"FnGroupName\", f:parse_FnGroupName },\n\t0x009b: { n:\"FilterMode\", f:parse_FilterMode },\n\t0x009c: { n:\"BuiltInFnGroupCount\", f:parse_BuiltInFnGroupCount },\n\t0x009d: { n:\"AutoFilterInfo\", f:parse_AutoFilterInfo },\n\t0x009e: { n:\"AutoFilter\", f:parse_AutoFilter },\n\t0x00a0: { n:\"Scl\", f:parse_Scl },\n\t0x00a1: { n:\"Setup\", f:parse_Setup },\n\t0x00ae: { n:\"ScenMan\", f:parse_ScenMan },\n\t0x00af: { n:\"SCENARIO\", f:parse_SCENARIO },\n\t0x00b0: { n:\"SxView\", f:parse_SxView },\n\t0x00b1: { n:\"Sxvd\", f:parse_Sxvd },\n\t0x00b2: { n:\"SXVI\", f:parse_SXVI },\n\t0x00b4: { n:\"SxIvd\", f:parse_SxIvd },\n\t0x00b5: { n:\"SXLI\", f:parse_SXLI },\n\t0x00b6: { n:\"SXPI\", f:parse_SXPI },\n\t0x00b8: { n:\"DocRoute\", f:parse_DocRoute },\n\t0x00b9: { n:\"RecipName\", f:parse_RecipName },\n\t0x00bd: { n:\"MulRk\", f:parse_MulRk },\n\t0x00be: { n:\"MulBlank\", f:parse_MulBlank },\n\t0x00c1: { n:'Mms', f:parse_Mms },\n\t0x00c5: { n:\"SXDI\", f:parse_SXDI },\n\t0x00c6: { n:\"SXDB\", f:parse_SXDB },\n\t0x00c7: { n:\"SXFDB\", f:parse_SXFDB },\n\t0x00c8: { n:\"SXDBB\", f:parse_SXDBB },\n\t0x00c9: { n:\"SXNum\", f:parse_SXNum },\n\t0x00ca: { n:\"SxBool\", f:parse_SxBool },\n\t0x00cb: { n:\"SxErr\", f:parse_SxErr },\n\t0x00cc: { n:\"SXInt\", f:parse_SXInt },\n\t0x00cd: { n:\"SXString\", f:parse_SXString },\n\t0x00ce: { n:\"SXDtr\", f:parse_SXDtr },\n\t0x00cf: { n:\"SxNil\", f:parse_SxNil },\n\t0x00d0: { n:\"SXTbl\", f:parse_SXTbl },\n\t0x00d1: { n:\"SXTBRGIITM\", f:parse_SXTBRGIITM },\n\t0x00d2: { n:\"SxTbpg\", f:parse_SxTbpg },\n\t0x00d3: { n:\"ObProj\", f:parse_ObProj },\n\t0x00d5: { n:\"SXStreamID\", f:parse_SXStreamID },\n\t0x00d7: { n:\"DBCell\", f:parse_DBCell },\n\t0x00d8: { n:\"SXRng\", f:parse_SXRng },\n\t0x00d9: { n:\"SxIsxoper\", f:parse_SxIsxoper },\n\t0x00da: { n:\"BookBool\", f:parse_BookBool },\n\t0x00dc: { n:\"DbOrParamQry\", f:parse_DbOrParamQry },\n\t0x00dd: { n:\"ScenarioProtect\", f:parse_ScenarioProtect },\n\t0x00de: { n:\"OleObjectSize\", f:parse_OleObjectSize },\n\t0x00e0: { n:\"XF\", f:parse_XF },\n\t0x00e1: { n:'InterfaceHdr', f:parse_InterfaceHdr },\n\t0x00e2: { n:'InterfaceEnd', f:parse_InterfaceEnd },\n\t0x00e3: { n:\"SXVS\", f:parse_SXVS },\n\t0x00e5: { n:\"MergeCells\", f:parse_MergeCells },\n\t0x00e9: { n:\"BkHim\", f:parse_BkHim },\n\t0x00eb: { n:\"MsoDrawingGroup\", f:parse_MsoDrawingGroup },\n\t0x00ec: { n:\"MsoDrawing\", f:parse_MsoDrawing },\n\t0x00ed: { n:\"MsoDrawingSelection\", f:parse_MsoDrawingSelection },\n\t0x00ef: { n:\"PhoneticInfo\", f:parse_PhoneticInfo },\n\t0x00f0: { n:\"SxRule\", f:parse_SxRule },\n\t0x00f1: { n:\"SXEx\", f:parse_SXEx },\n\t0x00f2: { n:\"SxFilt\", f:parse_SxFilt },\n\t0x00f4: { n:\"SxDXF\", f:parse_SxDXF },\n\t0x00f5: { n:\"SxItm\", f:parse_SxItm },\n\t0x00f6: { n:\"SxName\", f:parse_SxName },\n\t0x00f7: { n:\"SxSelect\", f:parse_SxSelect },\n\t0x00f8: { n:\"SXPair\", f:parse_SXPair },\n\t0x00f9: { n:\"SxFmla\", f:parse_SxFmla },\n\t0x00fb: { n:\"SxFormat\", f:parse_SxFormat },\n\t0x00fc: { n:\"SST\", f:parse_SST },\n\t0x00fd: { n:\"LabelSst\", f:parse_LabelSst },\n\t0x00ff: { n:\"ExtSST\", f:parse_ExtSST },\n\t0x0100: { n:\"SXVDEx\", f:parse_SXVDEx },\n\t0x0103: { n:\"SXFormula\", f:parse_SXFormula },\n\t0x0122: { n:\"SXDBEx\", f:parse_SXDBEx },\n\t0x0137: { n:\"RRDInsDel\", f:parse_RRDInsDel },\n\t0x0138: { n:\"RRDHead\", f:parse_RRDHead },\n\t0x013b: { n:\"RRDChgCell\", f:parse_RRDChgCell },\n\t0x013d: { n:\"RRTabId\", f:parse_RRTabId },\n\t0x013e: { n:\"RRDRenSheet\", f:parse_RRDRenSheet },\n\t0x013f: { n:\"RRSort\", f:parse_RRSort },\n\t0x0140: { n:\"RRDMove\", f:parse_RRDMove },\n\t0x014a: { n:\"RRFormat\", f:parse_RRFormat },\n\t0x014b: { n:\"RRAutoFmt\", f:parse_RRAutoFmt },\n\t0x014d: { n:\"RRInsertSh\", f:parse_RRInsertSh },\n\t0x014e: { n:\"RRDMoveBegin\", f:parse_RRDMoveBegin },\n\t0x014f: { n:\"RRDMoveEnd\", f:parse_RRDMoveEnd },\n\t0x0150: { n:\"RRDInsDelBegin\", f:parse_RRDInsDelBegin },\n\t0x0151: { n:\"RRDInsDelEnd\", f:parse_RRDInsDelEnd },\n\t0x0152: { n:\"RRDConflict\", f:parse_RRDConflict },\n\t0x0153: { n:\"RRDDefName\", f:parse_RRDDefName },\n\t0x0154: { n:\"RRDRstEtxp\", f:parse_RRDRstEtxp },\n\t0x015f: { n:\"LRng\", f:parse_LRng },\n\t0x0160: { n:\"UsesELFs\", f:parse_UsesELFs },\n\t0x0161: { n:\"DSF\", f:parse_DSF },\n\t0x0191: { n:\"CUsr\", f:parse_CUsr },\n\t0x0192: { n:\"CbUsr\", f:parse_CbUsr },\n\t0x0193: { n:\"UsrInfo\", f:parse_UsrInfo },\n\t0x0194: { n:\"UsrExcl\", f:parse_UsrExcl },\n\t0x0195: { n:\"FileLock\", f:parse_FileLock },\n\t0x0196: { n:\"RRDInfo\", f:parse_RRDInfo },\n\t0x0197: { n:\"BCUsrs\", f:parse_BCUsrs },\n\t0x0198: { n:\"UsrChk\", f:parse_UsrChk },\n\t0x01a9: { n:\"UserBView\", f:parse_UserBView },\n\t0x01aa: { n:\"UserSViewBegin\", f:parse_UserSViewBegin },\n\t0x01ab: { n:\"UserSViewEnd\", f:parse_UserSViewEnd },\n\t0x01ac: { n:\"RRDUserView\", f:parse_RRDUserView },\n\t0x01ad: { n:\"Qsi\", f:parse_Qsi },\n\t0x01ae: { n:\"SupBook\", f:parse_SupBook },\n\t0x01af: { n:\"Prot4Rev\", f:parse_Prot4Rev },\n\t0x01b0: { n:\"CondFmt\", f:parse_CondFmt },\n\t0x01b1: { n:\"CF\", f:parse_CF },\n\t0x01b2: { n:\"DVal\", f:parse_DVal },\n\t0x01b5: { n:\"DConBin\", f:parse_DConBin },\n\t0x01b6: { n:\"TxO\", f:parse_TxO },\n\t0x01b7: { n:\"RefreshAll\", f:parse_RefreshAll },\n\t0x01b8: { n:\"HLink\", f:parse_HLink },\n\t0x01b9: { n:\"Lel\", f:parse_Lel },\n\t0x01ba: { n:\"CodeName\", f:parse_XLSCodeName },\n\t0x01bb: { n:\"SXFDBType\", f:parse_SXFDBType },\n\t0x01bc: { n:\"Prot4RevPass\", f:parse_Prot4RevPass },\n\t0x01bd: { n:\"ObNoMacros\", f:parse_ObNoMacros },\n\t0x01be: { n:\"Dv\", f:parse_Dv },\n\t0x01c0: { n:\"Excel9File\", f:parse_Excel9File },\n\t0x01c1: { n:\"RecalcId\", f:parse_RecalcId, r:2},\n\t0x01c2: { n:\"EntExU2\", f:parse_EntExU2 },\n\t0x0200: { n:\"Dimensions\", f:parse_Dimensions },\n\t0x0201: { n:\"Blank\", f:parse_Blank },\n\t0x0203: { n:\"Number\", f:parse_Number },\n\t0x0204: { n:\"Label\", f:parse_Label },\n\t0x0205: { n:\"BoolErr\", f:parse_BoolErr },\n\t0x0207: { n:\"String\", f:parse_String },\n\t0x0208: { n:'Row', f:parse_Row },\n\t0x020b: { n:\"Index\", f:parse_Index },\n\t0x0221: { n:\"Array\", f:parse_Array },\n\t0x0225: { n:\"DefaultRowHeight\", f:parse_DefaultRowHeight },\n\t0x0236: { n:\"Table\", f:parse_Table },\n\t0x023e: { n:\"Window2\", f:parse_Window2 },\n\t0x027e: { n:\"RK\", f:parse_RK },\n\t0x0293: { n:\"Style\", f:parse_Style },\n\t0x0418: { n:\"BigName\", f:parse_BigName },\n\t0x041e: { n:\"Format\", f:parse_Format },\n\t0x043c: { n:\"ContinueBigName\", f:parse_ContinueBigName },\n\t0x04bc: { n:\"ShrFmla\", f:parse_ShrFmla },\n\t0x0800: { n:\"HLinkTooltip\", f:parse_HLinkTooltip },\n\t0x0801: { n:\"WebPub\", f:parse_WebPub },\n\t0x0802: { n:\"QsiSXTag\", f:parse_QsiSXTag },\n\t0x0803: { n:\"DBQueryExt\", f:parse_DBQueryExt },\n\t0x0804: { n:\"ExtString\", f:parse_ExtString },\n\t0x0805: { n:\"TxtQry\", f:parse_TxtQry },\n\t0x0806: { n:\"Qsir\", f:parse_Qsir },\n\t0x0807: { n:\"Qsif\", f:parse_Qsif },\n\t0x0808: { n:\"RRDTQSIF\", f:parse_RRDTQSIF },\n\t0x0809: { n:'BOF', f:parse_BOF },\n\t0x080a: { n:\"OleDbConn\", f:parse_OleDbConn },\n\t0x080b: { n:\"WOpt\", f:parse_WOpt },\n\t0x080c: { n:\"SXViewEx\", f:parse_SXViewEx },\n\t0x080d: { n:\"SXTH\", f:parse_SXTH },\n\t0x080e: { n:\"SXPIEx\", f:parse_SXPIEx },\n\t0x080f: { n:\"SXVDTEx\", f:parse_SXVDTEx },\n\t0x0810: { n:\"SXViewEx9\", f:parse_SXViewEx9 },\n\t0x0812: { n:\"ContinueFrt\", f:parse_ContinueFrt },\n\t0x0813: { n:\"RealTimeData\", f:parse_RealTimeData },\n\t0x0850: { n:\"ChartFrtInfo\", f:parse_ChartFrtInfo },\n\t0x0851: { n:\"FrtWrapper\", f:parse_FrtWrapper },\n\t0x0852: { n:\"StartBlock\", f:parse_StartBlock },\n\t0x0853: { n:\"EndBlock\", f:parse_EndBlock },\n\t0x0854: { n:\"StartObject\", f:parse_StartObject },\n\t0x0855: { n:\"EndObject\", f:parse_EndObject },\n\t0x0856: { n:\"CatLab\", f:parse_CatLab },\n\t0x0857: { n:\"YMult\", f:parse_YMult },\n\t0x0858: { n:\"SXViewLink\", f:parse_SXViewLink },\n\t0x0859: { n:\"PivotChartBits\", f:parse_PivotChartBits },\n\t0x085a: { n:\"FrtFontList\", f:parse_FrtFontList },\n\t0x0862: { n:\"SheetExt\", f:parse_SheetExt },\n\t0x0863: { n:\"BookExt\", f:parse_BookExt, r:12},\n\t0x0864: { n:\"SXAddl\", f:parse_SXAddl },\n\t0x0865: { n:\"CrErr\", f:parse_CrErr },\n\t0x0866: { n:\"HFPicture\", f:parse_HFPicture },\n\t0x0867: { n:'FeatHdr', f:parse_FeatHdr },\n\t0x0868: { n:\"Feat\", f:parse_Feat },\n\t0x086a: { n:\"DataLabExt\", f:parse_DataLabExt },\n\t0x086b: { n:\"DataLabExtContents\", f:parse_DataLabExtContents },\n\t0x086c: { n:\"CellWatch\", f:parse_CellWatch },\n\t0x0871: { n:\"FeatHdr11\", f:parse_FeatHdr11 },\n\t0x0872: { n:\"Feature11\", f:parse_Feature11 },\n\t0x0874: { n:\"DropDownObjIds\", f:parse_DropDownObjIds },\n\t0x0875: { n:\"ContinueFrt11\", f:parse_ContinueFrt11 },\n\t0x0876: { n:\"DConn\", f:parse_DConn },\n\t0x0877: { n:\"List12\", f:parse_List12 },\n\t0x0878: { n:\"Feature12\", f:parse_Feature12 },\n\t0x0879: { n:\"CondFmt12\", f:parse_CondFmt12 },\n\t0x087a: { n:\"CF12\", f:parse_CF12 },\n\t0x087b: { n:\"CFEx\", f:parse_CFEx },\n\t0x087c: { n:\"XFCRC\", f:parse_XFCRC, r:12 },\n\t0x087d: { n:\"XFExt\", f:parse_XFExt, r:12 },\n\t0x087e: { n:\"AutoFilter12\", f:parse_AutoFilter12 },\n\t0x087f: { n:\"ContinueFrt12\", f:parse_ContinueFrt12 },\n\t0x0884: { n:\"MDTInfo\", f:parse_MDTInfo },\n\t0x0885: { n:\"MDXStr\", f:parse_MDXStr },\n\t0x0886: { n:\"MDXTuple\", f:parse_MDXTuple },\n\t0x0887: { n:\"MDXSet\", f:parse_MDXSet },\n\t0x0888: { n:\"MDXProp\", f:parse_MDXProp },\n\t0x0889: { n:\"MDXKPI\", f:parse_MDXKPI },\n\t0x088a: { n:\"MDB\", f:parse_MDB },\n\t0x088b: { n:\"PLV\", f:parse_PLV },\n\t0x088c: { n:\"Compat12\", f:parse_Compat12, r:12 },\n\t0x088d: { n:\"DXF\", f:parse_DXF },\n\t0x088e: { n:\"TableStyles\", f:parse_TableStyles, r:12 },\n\t0x088f: { n:\"TableStyle\", f:parse_TableStyle },\n\t0x0890: { n:\"TableStyleElement\", f:parse_TableStyleElement },\n\t0x0892: { n:\"StyleExt\", f:parse_StyleExt },\n\t0x0893: { n:\"NamePublish\", f:parse_NamePublish },\n\t0x0894: { n:\"NameCmt\", f:parse_NameCmt },\n\t0x0895: { n:\"SortData\", f:parse_SortData },\n\t0x0896: { n:\"Theme\", f:parse_Theme, r:12 },\n\t0x0897: { n:\"GUIDTypeLib\", f:parse_GUIDTypeLib },\n\t0x0898: { n:\"FnGrp12\", f:parse_FnGrp12 },\n\t0x0899: { n:\"NameFnGrp12\", f:parse_NameFnGrp12 },\n\t0x089a: { n:\"MTRSettings\", f:parse_MTRSettings, r:12 },\n\t0x089b: { n:\"CompressPictures\", f:parse_CompressPictures },\n\t0x089c: { n:\"HeaderFooter\", f:parse_HeaderFooter },\n\t0x089d: { n:\"CrtLayout12\", f:parse_CrtLayout12 },\n\t0x089e: { n:\"CrtMlFrt\", f:parse_CrtMlFrt },\n\t0x089f: { n:\"CrtMlFrtContinue\", f:parse_CrtMlFrtContinue },\n\t0x08a3: { n:\"ForceFullCalculation\", f:parse_ForceFullCalculation },\n\t0x08a4: { n:\"ShapePropsStream\", f:parse_ShapePropsStream },\n\t0x08a5: { n:\"TextPropsStream\", f:parse_TextPropsStream },\n\t0x08a6: { n:\"RichTextStream\", f:parse_RichTextStream },\n\t0x08a7: { n:\"CrtLayout12A\", f:parse_CrtLayout12A },\n\t0x1001: { n:\"Units\", f:parse_Units },\n\t0x1002: { n:\"Chart\", f:parse_Chart },\n\t0x1003: { n:\"Series\", f:parse_Series },\n\t0x1006: { n:\"DataFormat\", f:parse_DataFormat },\n\t0x1007: { n:\"LineFormat\", f:parse_LineFormat },\n\t0x1009: { n:\"MarkerFormat\", f:parse_MarkerFormat },\n\t0x100a: { n:\"AreaFormat\", f:parse_AreaFormat },\n\t0x100b: { n:\"PieFormat\", f:parse_PieFormat },\n\t0x100c: { n:\"AttachedLabel\", f:parse_AttachedLabel },\n\t0x100d: { n:\"SeriesText\", f:parse_SeriesText },\n\t0x1014: { n:\"ChartFormat\", f:parse_ChartFormat },\n\t0x1015: { n:\"Legend\", f:parse_Legend },\n\t0x1016: { n:\"SeriesList\", f:parse_SeriesList },\n\t0x1017: { n:\"Bar\", f:parse_Bar },\n\t0x1018: { n:\"Line\", f:parse_Line },\n\t0x1019: { n:\"Pie\", f:parse_Pie },\n\t0x101a: { n:\"Area\", f:parse_Area },\n\t0x101b: { n:\"Scatter\", f:parse_Scatter },\n\t0x101c: { n:\"CrtLine\", f:parse_CrtLine },\n\t0x101d: { n:\"Axis\", f:parse_Axis },\n\t0x101e: { n:\"Tick\", f:parse_Tick },\n\t0x101f: { n:\"ValueRange\", f:parse_ValueRange },\n\t0x1020: { n:\"CatSerRange\", f:parse_CatSerRange },\n\t0x1021: { n:\"AxisLine\", f:parse_AxisLine },\n\t0x1022: { n:\"CrtLink\", f:parse_CrtLink },\n\t0x1024: { n:\"DefaultText\", f:parse_DefaultText },\n\t0x1025: { n:\"Text\", f:parse_Text },\n\t0x1026: { n:\"FontX\", f:parse_FontX },\n\t0x1027: { n:\"ObjectLink\", f:parse_ObjectLink },\n\t0x1032: { n:\"Frame\", f:parse_Frame },\n\t0x1033: { n:\"Begin\", f:parse_Begin },\n\t0x1034: { n:\"End\", f:parse_End },\n\t0x1035: { n:\"PlotArea\", f:parse_PlotArea },\n\t0x103a: { n:\"Chart3d\", f:parse_Chart3d },\n\t0x103c: { n:\"PicF\", f:parse_PicF },\n\t0x103d: { n:\"DropBar\", f:parse_DropBar },\n\t0x103e: { n:\"Radar\", f:parse_Radar },\n\t0x103f: { n:\"Surf\", f:parse_Surf },\n\t0x1040: { n:\"RadarArea\", f:parse_RadarArea },\n\t0x1041: { n:\"AxisParent\", f:parse_AxisParent },\n\t0x1043: { n:\"LegendException\", f:parse_LegendException },\n\t0x1044: { n:\"ShtProps\", f:parse_ShtProps },\n\t0x1045: { n:\"SerToCrt\", f:parse_SerToCrt },\n\t0x1046: { n:\"AxesUsed\", f:parse_AxesUsed },\n\t0x1048: { n:\"SBaseRef\", f:parse_SBaseRef },\n\t0x104a: { n:\"SerParent\", f:parse_SerParent },\n\t0x104b: { n:\"SerAuxTrend\", f:parse_SerAuxTrend },\n\t0x104e: { n:\"IFmtRecord\", f:parse_IFmtRecord },\n\t0x104f: { n:\"Pos\", f:parse_Pos },\n\t0x1050: { n:\"AlRuns\", f:parse_AlRuns },\n\t0x1051: { n:\"BRAI\", f:parse_BRAI },\n\t0x105b: { n:\"SerAuxErrBar\", f:parse_SerAuxErrBar },\n\t0x105c: { n:\"ClrtClient\", f:parse_ClrtClient },\n\t0x105d: { n:\"SerFmt\", f:parse_SerFmt },\n\t0x105f: { n:\"Chart3DBarShape\", f:parse_Chart3DBarShape },\n\t0x1060: { n:\"Fbi\", f:parse_Fbi },\n\t0x1061: { n:\"BopPop\", f:parse_BopPop },\n\t0x1062: { n:\"AxcExt\", f:parse_AxcExt },\n\t0x1063: { n:\"Dat\", f:parse_Dat },\n\t0x1064: { n:\"PlotGrowth\", f:parse_PlotGrowth },\n\t0x1065: { n:\"SIIndex\", f:parse_SIIndex },\n\t0x1066: { n:\"GelFrame\", f:parse_GelFrame },\n\t0x1067: { n:\"BopPopCustom\", f:parse_BopPopCustom },\n\t0x1068: { n:\"Fbi2\", f:parse_Fbi2 },\n\n\t/* These are specified in an older version of the spec */\n\t0x0016: { n:\"ExternCount\", f:parsenoop },\n\t0x007e: { n:\"RK\", f:parsenoop }, /* Not necessarily same as 0x027e */\n\t0x007f: { n:\"ImData\", f:parsenoop },\n\t0x0087: { n:\"Addin\", f:parsenoop },\n\t0x0088: { n:\"Edg\", f:parsenoop },\n\t0x0089: { n:\"Pub\", f:parsenoop },\n\t0x0091: { n:\"Sub\", f:parsenoop },\n\t0x0094: { n:\"LHRecord\", f:parsenoop },\n\t0x0095: { n:\"LHNGraph\", f:parsenoop },\n\t0x0096: { n:\"Sound\", f:parsenoop },\n\t0x00a9: { n:\"CoordList\", f:parsenoop },\n\t0x00ab: { n:\"GCW\", f:parsenoop },\n\t0x00bc: { n:\"ShrFmla\", f:parsenoop }, /* Not necessarily same as 0x04bc */\n\t0x00c2: { n:\"AddMenu\", f:parsenoop },\n\t0x00c3: { n:\"DelMenu\", f:parsenoop },\n\t0x00d6: { n:\"RString\", f:parsenoop },\n\t0x00df: { n:\"UDDesc\", f:parsenoop },\n\t0x00ea: { n:\"TabIdConf\", f:parsenoop },\n\t0x0162: { n:\"XL5Modify\", f:parsenoop },\n\t0x01a5: { n:\"FileSharing2\", f:parsenoop },\n\t0x0218: { n:\"Name\", f:parsenoop },\n\t0x0223: { n:\"ExternName\", f:parse_ExternName },\n\t0x0231: { n:\"Font\", f:parsenoop },\n\t0x0406: { n:\"Formula\", f:parse_Formula },\n\t0x086d: { n:\"FeatInfo\", f:parsenoop },\n\t0x0873: { n:\"FeatInfo11\", f:parsenoop },\n\t0x0881: { n:\"SXAddl12\", f:parsenoop },\n\t0x08c0: { n:\"AutoWebPub\", f:parsenoop },\n\t0x08c1: { n:\"ListObj\", f:parsenoop },\n\t0x08c2: { n:\"ListField\", f:parsenoop },\n\t0x08c3: { n:\"ListDV\", f:parsenoop },\n\t0x08c4: { n:\"ListCondFmt\", f:parsenoop },\n\t0x08c5: { n:\"ListCF\", f:parsenoop },\n\t0x08c6: { n:\"FMQry\", f:parsenoop },\n\t0x08c7: { n:\"FMSQry\", f:parsenoop },\n\t0x08c8: { n:\"PLV\", f:parsenoop }, /* supposedly PLV for Excel 11 */\n\t0x08c9: { n:\"LnExt\", f:parsenoop },\n\t0x08ca: { n:\"MkrExt\", f:parsenoop },\n\t0x08cb: { n:\"CrtCoopt\", f:parsenoop },\n\n\t0x0000: {}\n};\n\n\n/* Helper function to call out to ODS parser */\nfunction parse_ods(zip, opts) {\n\tif(typeof module !== \"undefined\" && typeof require !== 'undefined' && typeof ODS === 'undefined') ODS = require('./od' + 's');\n\tif(typeof ODS === 'undefined' || !ODS.parse_ods) throw new Error(\"Unsupported ODS\");\n\treturn ODS.parse_ods(zip, opts);\n}\nfunction fix_opts_func(defaults) {\n\treturn function fix_opts(opts) {\n\t\tfor(var i = 0; i != defaults.length; ++i) {\n\t\t\tvar d = defaults[i];\n\t\t\tif(opts[d[0]] === undefined) opts[d[0]] = d[1];\n\t\t\tif(d[2] === 'n') opts[d[0]] = Number(opts[d[0]]);\n\t\t}\n\t};\n}\n\nvar fix_read_opts = fix_opts_func([\n\t['cellNF', false], /* emit cell number format string as .z */\n\t['cellHTML', true], /* emit html string as .h */\n\t['cellFormula', true], /* emit formulae as .f */\n\t['cellStyles', false], /* emits style/theme as .s */\n\t['cellDates', false], /* emit date cells with type `d` */\n\n\t['sheetStubs', false], /* emit empty cells */\n\t['sheetRows', 0, 'n'], /* read n rows (0 = read all rows) */\n\n\t['bookDeps', false], /* parse calculation chains */\n\t['bookSheets', false], /* only try to get sheet names (no Sheets) */\n\t['bookProps', false], /* only try to get properties (no Sheets) */\n\t['bookFiles', false], /* include raw file structure (keys, files, cfb) */\n\t['bookVBA', false], /* include vba raw data (vbaraw) */\n\n\t['password',''], /* password */\n\t['WTF', false] /* WTF mode (throws errors) */\n]);\n\n\nvar fix_write_opts = fix_opts_func([\n\t['cellDates', false], /* write date cells with type `d` */\n\n\t['bookSST', false], /* Generate Shared String Table */\n\n\t['bookType', 'xlsx'], /* Type of workbook (xlsx/m/b) */\n\n\t['WTF', false] /* WTF mode (throws errors) */\n]);\nfunction safe_parse_wbrels(wbrels, sheets) {\n\tif(!wbrels) return 0;\n\ttry {\n\t\twbrels = sheets.map(function pwbr(w) { return [w.name, wbrels['!id'][w.id].Target]; });\n\t} catch(e) { return null; }\n\treturn !wbrels || wbrels.length === 0 ? null : wbrels;\n}\n\nfunction safe_parse_ws(zip, path, relsPath, sheet, sheetRels, sheets, opts) {\n\ttry {\n\t\tsheetRels[sheet]=parse_rels(getzipdata(zip, relsPath, true), path);\n\t\tsheets[sheet]=parse_ws(getzipdata(zip, path),path,opts,sheetRels[sheet]);\n\t} catch(e) { if(opts.WTF) throw e; }\n}\n\nvar nodirs = function nodirs(x){return x.substr(-1) != '/';};\nfunction parse_zip(zip, opts) {\n\tmake_ssf(SSF);\n\topts = opts || {};\n\tfix_read_opts(opts);\n\treset_cp();\n\n\t/* OpenDocument Part 3 Section 2.2.1 OpenDocument Package */\n\tif(safegetzipfile(zip, 'META-INF/manifest.xml')) return parse_ods(zip, opts);\n\n\tvar entries = keys(zip.files).filter(nodirs).sort();\n\tvar dir = parse_ct(getzipdata(zip, '[Content_Types].xml'), opts);\n\tvar xlsb = false;\n\tvar sheets, binname;\n\tif(dir.workbooks.length === 0) {\n\t\tbinname = \"xl/workbook.xml\";\n\t\tif(getzipdata(zip,binname, true)) dir.workbooks.push(binname);\n\t}\n\tif(dir.workbooks.length === 0) {\n\t\tbinname = \"xl/workbook.bin\";\n\t\tif(!getzipfile(zip,binname,true)) throw new Error(\"Could not find workbook\");\n\t\tdir.workbooks.push(binname);\n\t\txlsb = true;\n\t}\n\tif(dir.workbooks[0].substr(-3) == \"bin\") xlsb = true;\n\tif(xlsb) set_cp(1200);\n\n\tif(!opts.bookSheets && !opts.bookProps) {\n\t\tstrs = [];\n\t\tif(dir.sst) strs=parse_sst(getzipdata(zip, dir.sst.replace(/^\\//,'')), dir.sst, opts);\n\n\t\tstyles = {};\n\t\tif(dir.style) styles = parse_sty(getzipdata(zip, dir.style.replace(/^\\//,'')),dir.style, opts);\n\n\t\tthemes = {};\n\t\tif(opts.cellStyles && dir.themes.length) themes = parse_theme(getzipdata(zip, dir.themes[0].replace(/^\\//,''), true),dir.themes[0], opts);\n\t}\n\n\tvar wb = parse_wb(getzipdata(zip, dir.workbooks[0].replace(/^\\//,'')), dir.workbooks[0], opts);\n\n\tvar props = {}, propdata = \"\";\n\n\tif(dir.coreprops.length !== 0) {\n\t\tpropdata = getzipdata(zip, dir.coreprops[0].replace(/^\\//,''), true);\n\t\tif(propdata) props = parse_core_props(propdata);\n\t\tif(dir.extprops.length !== 0) {\n\t\t\tpropdata = getzipdata(zip, dir.extprops[0].replace(/^\\//,''), true);\n\t\t\tif(propdata) parse_ext_props(propdata, props);\n\t\t}\n\t}\n\n\tvar custprops = {};\n\tif(!opts.bookSheets || opts.bookProps) {\n\t\tif (dir.custprops.length !== 0) {\n\t\t\tpropdata = getzipdata(zip, dir.custprops[0].replace(/^\\//,''), true);\n\t\t\tif(propdata) custprops = parse_cust_props(propdata, opts);\n\t\t}\n\t}\n\n\tvar out = {};\n\tif(opts.bookSheets || opts.bookProps) {\n\t\tif(props.Worksheets && props.SheetNames.length > 0) sheets=props.SheetNames;\n\t\telse if(wb.Sheets) sheets = wb.Sheets.map(function pluck(x){ return x.name; });\n\t\tif(opts.bookProps) { out.Props = props; out.Custprops = custprops; }\n\t\tif(typeof sheets !== 'undefined') out.SheetNames = sheets;\n\t\tif(opts.bookSheets ? out.SheetNames : opts.bookProps) return out;\n\t}\n\tsheets = {};\n\n\tvar deps = {};\n\tif(opts.bookDeps && dir.calcchain) deps=parse_cc(getzipdata(zip, dir.calcchain.replace(/^\\//,'')),dir.calcchain,opts);\n\n\tvar i=0;\n\tvar sheetRels = {};\n\tvar path, relsPath;\n\tif(!props.Worksheets) {\n\t\tvar wbsheets = wb.Sheets;\n\t\tprops.Worksheets = wbsheets.length;\n\t\tprops.SheetNames = [];\n\t\tfor(var j = 0; j != wbsheets.length; ++j) {\n\t\t\tprops.SheetNames[j] = wbsheets[j].name;\n\t\t}\n\t}\n\n\tvar wbext = xlsb ? \"bin\" : \"xml\";\n\tvar wbrelsfile = 'xl/_rels/workbook.' + wbext + '.rels';\n\tvar wbrels = parse_rels(getzipdata(zip, wbrelsfile, true), wbrelsfile);\n\tif(wbrels) wbrels = safe_parse_wbrels(wbrels, wb.Sheets);\n\t/* Numbers iOS hack */\n\tvar nmode = (getzipdata(zip,\"xl/worksheets/sheet.xml\",true))?1:0;\n\tfor(i = 0; i != props.Worksheets; ++i) {\n\t\tif(wbrels) path = 'xl/' + (wbrels[i][1]).replace(/[\\/]?xl\\//, \"\");\n\t\telse {\n\t\t\tpath = 'xl/worksheets/sheet'+(i+1-nmode)+\".\" + wbext;\n\t\t\tpath = path.replace(/sheet0\\./,\"sheet.\");\n\t\t}\n\t\trelsPath = path.replace(/^(.*)(\\/)([^\\/]*)$/, \"$1/_rels/$3.rels\");\n\t\tsafe_parse_ws(zip, path, relsPath, props.SheetNames[i], sheetRels, sheets, opts);\n\t}\n\n\tif(dir.comments) parse_comments(zip, dir.comments, sheets, sheetRels, opts);\n\n\tout = {\n\t\tDirectory: dir,\n\t\tWorkbook: wb,\n\t\tProps: props,\n\t\tCustprops: custprops,\n\t\tDeps: deps,\n\t\tSheets: sheets,\n\t\tSheetNames: props.SheetNames,\n\t\tStrings: strs,\n\t\tStyles: styles,\n\t\tThemes: themes,\n\t\tSSF: SSF.get_table()\n\t};\n\tif(opts.bookFiles) {\n\t\tout.keys = entries;\n\t\tout.files = zip.files;\n\t}\n\tif(opts.bookVBA) {\n\t\tif(dir.vba.length > 0) out.vbaraw = getzipdata(zip,dir.vba[0],true);\n\t\telse if(dir.defaults.bin === 'application/vnd.ms-office.vbaProject') out.vbaraw = getzipdata(zip,'xl/vbaProject.bin',true);\n\t}\n\treturn out;\n}\nfunction add_rels(rels, rId, f, type, relobj) {\n\tif(!relobj) relobj = {};\n\tif(!rels['!id']) rels['!id'] = {};\n\trelobj.Id = 'rId' + rId;\n\trelobj.Type = type;\n\trelobj.Target = f;\n\tif(rels['!id'][relobj.Id]) throw new Error(\"Cannot rewrite rId \" + rId);\n\trels['!id'][relobj.Id] = relobj;\n\trels[('/' + relobj.Target).replace(\"//\",\"/\")] = relobj;\n}\n\nfunction write_zip(wb, opts) {\n\tif(wb && !wb.SSF) {\n\t\twb.SSF = SSF.get_table();\n\t}\n\tif(wb && wb.SSF) {\n\t\tmake_ssf(SSF); SSF.load_table(wb.SSF);\n\t\topts.revssf = evert_num(wb.SSF); opts.revssf[wb.SSF[65535]] = 0;\n\t}\n\topts.rels = {}; opts.wbrels = {};\n\topts.Strings = []; opts.Strings.Count = 0; opts.Strings.Unique = 0;\n\tvar wbext = opts.bookType == \"xlsb\" ? \"bin\" : \"xml\";\n\tvar ct = { workbooks: [], sheets: [], calcchains: [], themes: [], styles: [],\n\t\tcoreprops: [], extprops: [], custprops: [], strs:[], comments: [], vba: [],\n\t\tTODO:[], rels:[], xmlns: \"\" };\n\tfix_write_opts(opts = opts || {});\n\tvar zip = new jszip();\n\tvar f = \"\", rId = 0;\n\n\topts.cellXfs = [];\n\tget_cell_style(opts.cellXfs, {}, {revssf:{\"General\":0}});\n\n\tf = \"docProps/core.xml\";\n\tzip.file(f, write_core_props(wb.Props, opts));\n\tct.coreprops.push(f);\n\tadd_rels(opts.rels, 2, f, RELS.CORE_PROPS);\n\n\tf = \"docProps/app.xml\";\n\tif(!wb.Props) wb.Props = {};\n\twb.Props.SheetNames = wb.SheetNames;\n\twb.Props.Worksheets = wb.SheetNames.length;\n\tzip.file(f, write_ext_props(wb.Props, opts));\n\tct.extprops.push(f);\n\tadd_rels(opts.rels, 3, f, RELS.EXT_PROPS);\n\n\tif(wb.Custprops !== wb.Props && keys(wb.Custprops||{}).length > 0) {\n\t\tf = \"docProps/custom.xml\";\n\t\tzip.file(f, write_cust_props(wb.Custprops, opts));\n\t\tct.custprops.push(f);\n\t\tadd_rels(opts.rels, 4, f, RELS.CUST_PROPS);\n\t}\n\n\tf = \"xl/workbook.\" + wbext;\n\tzip.file(f, write_wb(wb, f, opts));\n\tct.workbooks.push(f);\n\tadd_rels(opts.rels, 1, f, RELS.WB);\n\n\tfor(rId=1;rId <= wb.SheetNames.length; ++rId) {\n\t\tf = \"xl/worksheets/sheet\" + rId + \".\" + wbext;\n\t\tzip.file(f, write_ws(rId-1, f, opts, wb));\n\t\tct.sheets.push(f);\n\t\tadd_rels(opts.wbrels, rId, \"worksheets/sheet\" + rId + \".\" + wbext, RELS.WS);\n\t}\n\n\tif(opts.Strings != null && opts.Strings.length > 0) {\n\t\tf = \"xl/sharedStrings.\" + wbext;\n\t\tzip.file(f, write_sst(opts.Strings, f, opts));\n\t\tct.strs.push(f);\n\t\tadd_rels(opts.wbrels, ++rId, \"sharedStrings.\" + wbext, RELS.SST);\n\t}\n\n\t/* TODO: something more intelligent with themes */\n\n\tf = \"xl/theme/theme1.xml\";\n\tzip.file(f, write_theme());\n\tct.themes.push(f);\n\tadd_rels(opts.wbrels, ++rId, \"theme/theme1.xml\", RELS.THEME);\n\n\t/* TODO: something more intelligent with styles */\n\n\tf = \"xl/styles.\" + wbext;\n\tzip.file(f, write_sty(wb, f, opts));\n\tct.styles.push(f);\n\tadd_rels(opts.wbrels, ++rId, \"styles.\" + wbext, RELS.STY);\n\n\tzip.file(\"[Content_Types].xml\", write_ct(ct, opts));\n\tzip.file('_rels/.rels', write_rels(opts.rels));\n\tzip.file('xl/_rels/workbook.' + wbext + '.rels', write_rels(opts.wbrels));\n\treturn zip;\n}\nfunction firstbyte(f,o) {\n\tswitch((o||{}).type || \"base64\") {\n\t\tcase 'buffer': return f[0];\n\t\tcase 'base64': return Base64.decode(f.substr(0,12)).charCodeAt(0);\n\t\tcase 'binary': return f.charCodeAt(0);\n\t\tcase 'array': return f[0];\n\t\tdefault: throw new Error(\"Unrecognized type \" + o.type);\n\t}\n}\n\nfunction read_zip(data, opts) {\n\tvar zip, d = data;\n\tvar o = opts||{};\n\tif(!o.type) o.type = (has_buf && Buffer.isBuffer(data)) ? \"buffer\" : \"base64\";\n\tswitch(o.type) {\n\t\tcase \"base64\": zip = new jszip(d, { base64:true }); break;\n\t\tcase \"binary\": case \"array\": zip = new jszip(d, { base64:false }); break;\n\t\tcase \"buffer\": zip = new jszip(d); break;\n\t\tcase \"file\": zip=new jszip(d=_fs.readFileSync(data)); break;\n\t\tdefault: throw new Error(\"Unrecognized type \" + o.type);\n\t}\n\treturn parse_zip(zip, o);\n}\n\nfunction readSync(data, opts) {\n\tvar zip, d = data, isfile = false, n;\n\tvar o = opts||{};\n\tif(!o.type) o.type = (has_buf && Buffer.isBuffer(data)) ? \"buffer\" : \"base64\";\n\tif(o.type == \"file\") { isfile = true; o.type = \"buffer\"; d = _fs.readFileSync(data); }\n\tswitch((n = firstbyte(d, o))) {\n\t\tcase 0xD0:\n\t\t\tif(isfile) o.type = \"file\";\n\t\t\treturn parse_xlscfb(CFB.read(data, o), o);\n\t\tcase 0x09: return parse_xlscfb(s2a(o.type === 'base64' ? Base64.decode(data) : data), o);\n\t\tcase 0x3C: return parse_xlml(d, o);\n\t\tcase 0x50:\n\t\t\tif(isfile) o.type = \"file\";\n\t\t\treturn read_zip(data, opts);\n\t\tdefault: throw new Error(\"Unsupported file \" + n);\n\t}\n}\n\nfunction readFileSync(data, opts) {\n\tvar o = opts||{}; o.type = 'file';\n\treturn readSync(data, o);\n}\nfunction write_zip_type(wb, opts) {\n\tvar o = opts||{};\n\tvar z = write_zip(wb, o);\n\tswitch(o.type) {\n\t\tcase \"base64\": return z.generate({type:\"base64\"});\n\t\tcase \"binary\": return z.generate({type:\"string\"});\n\t\tcase \"buffer\": return z.generate({type:\"nodebuffer\"});\n\t\tcase \"file\": return _fs.writeFileSync(o.file, z.generate({type:\"nodebuffer\"}));\n\t\tdefault: throw new Error(\"Unrecognized type \" + o.type);\n\t}\n}\n\nfunction writeSync(wb, opts) {\n\tvar o = opts||{};\n\tswitch(o.bookType) {\n\t\tcase 'xml': return write_xlml(wb, o);\n\t\tdefault: return write_zip_type(wb, o);\n\t}\n}\n\nfunction writeFileSync(wb, filename, opts) {\n\tvar o = opts||{}; o.type = 'file';\n\to.file = filename;\n\tswitch(o.file.substr(-5).toLowerCase()) {\n\t\tcase '.xlsx': o.bookType = 'xlsx'; break;\n\t\tcase '.xlsm': o.bookType = 'xlsm'; break;\n\t\tcase '.xlsb': o.bookType = 'xlsb'; break;\n\tdefault: switch(o.file.substr(-4).toLowerCase()) {\n\t\tcase '.xls': o.bookType = 'xls'; break;\n\t\tcase '.xml': o.bookType = 'xml'; break;\n\t}}\n\treturn writeSync(wb, o);\n}\n\nfunction decode_row(rowstr) { return parseInt(unfix_row(rowstr),10) - 1; }\nfunction encode_row(row) { return \"\" + (row + 1); }\nfunction fix_row(cstr) { return cstr.replace(/([A-Z]|^)(\\d+)$/,\"$1$$$2\"); }\nfunction unfix_row(cstr) { return cstr.replace(/\\$(\\d+)$/,\"$1\"); }\n\nfunction decode_col(colstr) { var c = unfix_col(colstr), d = 0, i = 0; for(; i !== c.length; ++i) d = 26*d + c.charCodeAt(i) - 64; return d - 1; }\nfunction encode_col(col) { var s=\"\"; for(++col; col; col=Math.floor((col-1)/26)) s = String.fromCharCode(((col-1)%26) + 65) + s; return s; }\nfunction fix_col(cstr) { return cstr.replace(/^([A-Z])/,\"$$$1\"); }\nfunction unfix_col(cstr) { return cstr.replace(/^\\$([A-Z])/,\"$1\"); }\n\nfunction split_cell(cstr) { return cstr.replace(/(\\$?[A-Z]*)(\\$?\\d*)/,\"$1,$2\").split(\",\"); }\nfunction decode_cell(cstr) { var splt = split_cell(cstr); return { c:decode_col(splt[0]), r:decode_row(splt[1]) }; }\nfunction encode_cell(cell) { return encode_col(cell.c) + encode_row(cell.r); }\nfunction fix_cell(cstr) { return fix_col(fix_row(cstr)); }\nfunction unfix_cell(cstr) { return unfix_col(unfix_row(cstr)); }\nfunction decode_range(range) { var x =range.split(\":\").map(decode_cell); return {s:x[0],e:x[x.length-1]}; }\nfunction encode_range(cs,ce) {\n\tif(ce === undefined || typeof ce === 'number') return encode_range(cs.s, cs.e);\n\tif(typeof cs !== 'string') cs = encode_cell(cs); if(typeof ce !== 'string') ce = encode_cell(ce);\n\treturn cs == ce ? cs : cs + \":\" + ce;\n}\n\nfunction safe_decode_range(range) {\n\tvar o = {s:{c:0,r:0},e:{c:0,r:0}};\n\tvar idx = 0, i = 0, cc = 0;\n\tvar len = range.length;\n\tfor(idx = 0; i < len; ++i) {\n\t\tif((cc=range.charCodeAt(i)-64) < 1 || cc > 26) break;\n\t\tidx = 26*idx + cc;\n\t}\n\to.s.c = --idx;\n\n\tfor(idx = 0; i < len; ++i) {\n\t\tif((cc=range.charCodeAt(i)-48) < 0 || cc > 9) break;\n\t\tidx = 10*idx + cc;\n\t}\n\to.s.r = --idx;\n\n\tif(i === len || range.charCodeAt(++i) === 58) { o.e.c=o.s.c; o.e.r=o.s.r; return o; }\n\n\tfor(idx = 0; i != len; ++i) {\n\t\tif((cc=range.charCodeAt(i)-64) < 1 || cc > 26) break;\n\t\tidx = 26*idx + cc;\n\t}\n\to.e.c = --idx;\n\n\tfor(idx = 0; i != len; ++i) {\n\t\tif((cc=range.charCodeAt(i)-48) < 0 || cc > 9) break;\n\t\tidx = 10*idx + cc;\n\t}\n\to.e.r = --idx;\n\treturn o;\n}\n\nfunction safe_format_cell(cell, v) {\n\tif(cell.z !== undefined) try { return (cell.w = SSF.format(cell.z, v)); } catch(e) { }\n\tif(!cell.XF) return v;\n\ttry { return (cell.w = SSF.format(cell.XF.ifmt||0, v)); } catch(e) { return ''+v; }\n}\n\nfunction format_cell(cell, v) {\n\tif(cell == null || cell.t == null) return \"\";\n\tif(cell.w !== undefined) return cell.w;\n\tif(v === undefined) return safe_format_cell(cell, cell.v);\n\treturn safe_format_cell(cell, v);\n}\n\nfunction sheet_to_json(sheet, opts){\n\tvar val, row, range, header = 0, offset = 1, r, hdr = [], isempty, R, C, v;\n\tvar o = opts != null ? opts : {};\n\tvar raw = o.raw;\n\tif(sheet == null || sheet[\"!ref\"] == null) return [];\n\trange = o.range !== undefined ? o.range : sheet[\"!ref\"];\n\tif(o.header === 1) header = 1;\n\telse if(o.header === \"A\") header = 2;\n\telse if(Array.isArray(o.header)) header = 3;\n\tswitch(typeof range) {\n\t\tcase 'string': r = safe_decode_range(range); break;\n\t\tcase 'number': r = safe_decode_range(sheet[\"!ref\"]); r.s.r = range; break;\n\t\tdefault: r = range;\n\t}\n\tif(header > 0) offset = 0;\n\tvar rr = encode_row(r.s.r);\n\tvar cols = new Array(r.e.c-r.s.c+1);\n\tvar out = new Array(r.e.r-r.s.r-offset+1);\n\tvar outi = 0;\n\tfor(C = r.s.c; C <= r.e.c; ++C) {\n\t\tcols[C] = encode_col(C);\n\t\tval = sheet[cols[C] + rr];\n\t\tswitch(header) {\n\t\t\tcase 1: hdr[C] = C; break;\n\t\t\tcase 2: hdr[C] = cols[C]; break;\n\t\t\tcase 3: hdr[C] = o.header[C - r.s.c]; break;\n\t\t\tdefault:\n\t\t\t\tif(val === undefined) continue;\n\t\t\t\thdr[C] = format_cell(val);\n\t\t}\n\t}\n\n\tfor (R = r.s.r + offset; R <= r.e.r; ++R) {\n\t\trr = encode_row(R);\n\t\tisempty = true;\n\t\tif(header === 1) row = [];\n\t\telse {\n\t\t\trow = {};\n\t\t\tif(Object.defineProperty) Object.defineProperty(row, '__rowNum__', {value:R, enumerable:false});\n\t\t\telse row.__rowNum__ = R;\n\t\t}\n\t\tfor (C = r.s.c; C <= r.e.c; ++C) {\n\t\t\tval = sheet[cols[C] + rr];\n\t\t\tif(val === undefined || val.t === undefined) continue;\n\t\t\tv = val.v;\n\t\t\tswitch(val.t){\n\t\t\t\tcase 'e': continue;\n\t\t\t\tcase 's': break;\n\t\t\t\tcase 'b': case 'n': break;\n\t\t\t\tdefault: throw 'unrecognized type ' + val.t;\n\t\t\t}\n\t\t\tif(v !== undefined) {\n\t\t\t\trow[hdr[C]] = raw ? v : format_cell(val,v);\n\t\t\t\tisempty = false;\n\t\t\t}\n\t\t}\n\t\tif(isempty === false || header === 1) out[outi++] = row;\n\t}\n\tout.length = outi;\n\treturn out;\n}\n\nfunction sheet_to_row_object_array(sheet, opts) { return sheet_to_json(sheet, opts != null ? opts : {}); }\n\nfunction sheet_to_csv(sheet, opts) {\n\tvar out = \"\", txt = \"\", qreg = /\"/g;\n\tvar o = opts == null ? {} : opts;\n\tif(sheet == null || sheet[\"!ref\"] == null) return \"\";\n\tvar r = safe_decode_range(sheet[\"!ref\"]);\n\tvar FS = o.FS !== undefined ? o.FS : \",\", fs = FS.charCodeAt(0);\n\tvar RS = o.RS !== undefined ? o.RS : \"\\n\", rs = RS.charCodeAt(0);\n\tvar row = \"\", rr = \"\", cols = [];\n\tvar i = 0, cc = 0, val;\n\tvar R = 0, C = 0;\n\tfor(C = r.s.c; C <= r.e.c; ++C) cols[C] = encode_col(C);\n\tfor(R = r.s.r; R <= r.e.r; ++R) {\n\t\trow = \"\";\n\t\trr = encode_row(R);\n\t\tfor(C = r.s.c; C <= r.e.c; ++C) {\n\t\t\tval = sheet[cols[C] + rr];\n\t\t\ttxt = val !== undefined ? ''+format_cell(val) : \"\";\n\t\t\tfor(i = 0, cc = 0; i !== txt.length; ++i) if((cc = txt.charCodeAt(i)) === fs || cc === rs || cc === 34) {\n\t\t\t\ttxt = \"\\\"\" + txt.replace(qreg, '\"\"') + \"\\\"\"; break; }\n\t\t\trow += (C === r.s.c ? \"\" : FS) + txt;\n\t\t}\n\t\tout += row + RS;\n\t}\n\treturn out;\n}\nvar make_csv = sheet_to_csv;\n\nfunction sheet_to_formulae(sheet) {\n\tvar cmds, y = \"\", x, val=\"\";\n\tif(sheet == null || sheet[\"!ref\"] == null) return \"\";\n\tvar r = safe_decode_range(sheet['!ref']), rr = \"\", cols = [], C;\n\tcmds = new Array((r.e.r-r.s.r+1)*(r.e.c-r.s.c+1));\n\tvar i = 0;\n\tfor(C = r.s.c; C <= r.e.c; ++C) cols[C] = encode_col(C);\n\tfor(var R = r.s.r; R <= r.e.r; ++R) {\n\t\trr = encode_row(R);\n\t\tfor(C = r.s.c; C <= r.e.c; ++C) {\n\t\t\ty = cols[C] + rr;\n\t\t\tx = sheet[y];\n\t\t\tval = \"\";\n\t\t\tif(x === undefined) continue;\n\t\t\tif(x.f != null) val = x.f;\n\t\t\telse if(x.w !== undefined) val = \"'\" + x.w;\n\t\t\telse if(x.v === undefined) continue;\n\t\t\telse val = \"\"+x.v;\n\t\t\tcmds[i++] = y + \"=\" + val;\n\t\t}\n\t}\n\tcmds.length = i;\n\treturn cmds;\n}\n\nvar utils = {\n\tencode_col: encode_col,\n\tencode_row: encode_row,\n\tencode_cell: encode_cell,\n\tencode_range: encode_range,\n\tdecode_col: decode_col,\n\tdecode_row: decode_row,\n\tsplit_cell: split_cell,\n\tdecode_cell: decode_cell,\n\tdecode_range: decode_range,\n\tformat_cell: format_cell,\n\tget_formulae: sheet_to_formulae,\n\tmake_csv: sheet_to_csv,\n\tmake_json: sheet_to_json,\n\tmake_formulae: sheet_to_formulae,\n\tsheet_to_csv: sheet_to_csv,\n\tsheet_to_json: sheet_to_json,\n\tsheet_to_formulae: sheet_to_formulae,\n\tsheet_to_row_object_array: sheet_to_row_object_array\n};\nXLSX.parse_xlscfb = parse_xlscfb;\nXLSX.parse_zip = parse_zip;\nXLSX.read = readSync; //xlsread\nXLSX.readFile = readFileSync; //readFile\nXLSX.readFileSync = readFileSync;\nXLSX.write = writeSync;\nXLSX.writeFile = writeFileSync;\nXLSX.writeFileSync = writeFileSync;\nXLSX.utils = utils;\nXLSX.CFB = CFB;\nXLSX.SSF = SSF;\n})(typeof exports !== 'undefined' ? exports : XLSX);\nvar XLS = XLSX;\n$tw.utils.extend(old_exports,exports);exports = old_exports;module.exports=exports;",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/xlsx-utils/xlsx.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/xlsx-utils/dist/cpexcel.js": {
"text": "if($tw.browser){Buffer = undefined;};/* cpexcel.js (C) 2013-2014 SheetJS -- http://sheetjs.com */\n/*jshint -W100 */\nvar cptable = {version:\"1.3.7\"};\ncptable[874] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~€����…�����������‘’“”•–—�������� กขฃคฅฆงจฉชซฌญฎฏฐฑฒณดตถทธนบปผฝพฟภมยรฤลฦวศษสหฬอฮฯะัาำิีึืฺุู����฿เแโใไๅๆ็่้๊๋์ํ๎๏๐๑๒๓๔๕๖๗๘๙๚๛����\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[932] = (function(){ var d = [], e = {}, D = [], j;\nD[0] = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~���������������������������������｡｢｣､･ｦｧｨｩｪｫｬｭｮｯｰｱｲｳｴｵｶｷｸｹｺｻｼｽｾｿﾀﾁﾂﾃﾄﾅﾆﾇﾈﾉﾊﾋﾌﾍﾎﾏﾐﾑﾒﾓﾔﾕﾖﾗﾘﾙﾚﾛﾜﾝﾞﾟ��������������������������������\".split(\"\");\nfor(j = 0; 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j != D[131].length; ++j) if(D[131][j].charCodeAt(0) !== 0xFFFD) { e[D[131][j]] = 33536 + j; d[33536 + j] = D[131][j];}\nD[132] = \"����������������������������������������������������������������АБВГДЕЁЖЗИЙКЛМНОПРСТУФХЦЧШЩЪЫЬЭЮЯ���������������абвгдеёжзийклмн�опрстуфхцчшщъыьэюя�������������─│┌┐┘└├┬┤┴┼━┃┏┓┛┗┣┳┫┻╋┠┯┨┷┿┝┰┥┸╂�����������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[132].length; ++j) if(D[132][j].charCodeAt(0) !== 0xFFFD) { e[D[132][j]] = 33792 + j; d[33792 + j] = D[132][j];}\nD[135] = \"����������������������������������������������������������������①②③④⑤⑥⑦⑧⑨⑩⑪⑫⑬⑭⑮⑯⑰⑱⑲⑳ⅠⅡⅢⅣⅤⅥⅦⅧⅨⅩ�㍉㌔㌢㍍㌘㌧㌃㌶㍑㍗㌍㌦㌣㌫㍊㌻㎜㎝㎞㎎㎏㏄㎡��������㍻�〝〟№㏍℡㊤㊥㊦㊧㊨㈱㈲㈹㍾㍽㍼≒≡∫∮∑√⊥∠∟⊿∵∩∪���������������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[135].length; ++j) if(D[135][j].charCodeAt(0) !== 0xFFFD) { e[D[135][j]] = 34560 + j; d[34560 + j] = D[135][j];}\nD[136] = \"���������������������������������������������������������������������������������������������������������������������������������������������������������������亜唖娃阿哀愛挨姶逢葵茜穐悪握渥旭葦芦鯵梓圧斡扱宛姐虻飴絢綾鮎或粟袷安庵按暗案闇鞍杏以伊位依偉囲夷委威尉惟意慰易椅為畏異移維緯胃萎衣謂違遺医井亥域育郁磯一壱溢逸稲茨芋鰯允印咽員因姻引飲淫胤蔭���\".split(\"\");\nfor(j = 0; j != D[136].length; ++j) if(D[136][j].charCodeAt(0) !== 0xFFFD) { e[D[136][j]] = 34816 + j; d[34816 + j] = D[136][j];}\nD[137] = \"����������������������������������������������������������������院陰隠韻吋右宇烏羽迂雨卯鵜窺丑碓臼渦嘘唄欝蔚鰻姥厩浦瓜閏噂云運雲荏餌叡営嬰影映曳栄永泳洩瑛盈穎頴英衛詠鋭液疫益駅悦謁越閲榎厭円�園堰奄宴延怨掩援沿演炎焔煙燕猿縁艶苑薗遠鉛鴛塩於汚甥凹央奥往応押旺横欧殴王翁襖鴬鴎黄岡沖荻億屋憶臆桶牡乙俺卸恩温穏音下化仮何伽価佳加可嘉夏嫁家寡科暇果架歌河火珂禍禾稼箇花苛茄荷華菓蝦課嘩貨迦過霞蚊俄峨我牙画臥芽蛾賀雅餓駕介会解回塊壊廻快怪悔恢懐戒拐改���\".split(\"\");\nfor(j = 0; j != D[137].length; ++j) if(D[137][j].charCodeAt(0) !== 0xFFFD) { e[D[137][j]] = 35072 + j; d[35072 + j] = D[137][j];}\nD[138] = \"����������������������������������������������������������������魁晦械海灰界皆絵芥蟹開階貝凱劾外咳害崖慨概涯碍蓋街該鎧骸浬馨蛙垣柿蛎鈎劃嚇各廓拡撹格核殻獲確穫覚角赫較郭閣隔革学岳楽額顎掛笠樫�橿梶鰍潟割喝恰括活渇滑葛褐轄且鰹叶椛樺鞄株兜竃蒲釜鎌噛鴨栢茅萱粥刈苅瓦乾侃冠寒刊勘勧巻喚堪姦完官寛干幹患感慣憾換敢柑桓棺款歓汗漢澗潅環甘監看竿管簡緩缶翰肝艦莞観諌貫還鑑間閑関陥韓館舘丸含岸巌玩癌眼岩翫贋雁頑顔願企伎危喜器基奇嬉寄岐希幾忌揮机旗既期棋棄���\".split(\"\");\nfor(j = 0; j != D[138].length; ++j) if(D[138][j].charCodeAt(0) !== 0xFFFD) { e[D[138][j]] = 35328 + j; d[35328 + j] = D[138][j];}\nD[139] = \"����������������������������������������������������������������機帰毅気汽畿祈季稀紀徽規記貴起軌輝飢騎鬼亀偽儀妓宜戯技擬欺犠疑祇義蟻誼議掬菊鞠吉吃喫桔橘詰砧杵黍却客脚虐逆丘久仇休及吸宮弓急救�朽求汲泣灸球究窮笈級糾給旧牛去居巨拒拠挙渠虚許距鋸漁禦魚亨享京供侠僑兇競共凶協匡卿叫喬境峡強彊怯恐恭挟教橋況狂狭矯胸脅興蕎郷鏡響饗驚仰凝尭暁業局曲極玉桐粁僅勤均巾錦斤欣欽琴禁禽筋緊芹菌衿襟謹近金吟銀九倶句区狗玖矩苦躯駆駈駒具愚虞喰空偶寓遇隅串櫛釧屑屈���\".split(\"\");\nfor(j = 0; j != D[139].length; ++j) if(D[139][j].charCodeAt(0) !== 0xFFFD) { e[D[139][j]] = 35584 + j; d[35584 + j] = D[139][j];}\nD[140] = \"����������������������������������������������������������������掘窟沓靴轡窪熊隈粂栗繰桑鍬勲君薫訓群軍郡卦袈祁係傾刑兄啓圭珪型契形径恵慶慧憩掲携敬景桂渓畦稽系経継繋罫茎荊蛍計詣警軽頚鶏芸迎鯨�劇戟撃激隙桁傑欠決潔穴結血訣月件倹倦健兼券剣喧圏堅嫌建憲懸拳捲検権牽犬献研硯絹県肩見謙賢軒遣鍵険顕験鹸元原厳幻弦減源玄現絃舷言諺限乎個古呼固姑孤己庫弧戸故枯湖狐糊袴股胡菰虎誇跨鈷雇顧鼓五互伍午呉吾娯後御悟梧檎瑚碁語誤護醐乞鯉交佼侯候倖光公功効勾厚口向���\".split(\"\");\nfor(j = 0; j != D[140].length; ++j) if(D[140][j].charCodeAt(0) !== 0xFFFD) { e[D[140][j]] = 35840 + j; d[35840 + j] = D[140][j];}\nD[141] = \"����������������������������������������������������������������后喉坑垢好孔孝宏工巧巷幸広庚康弘恒慌抗拘控攻昂晃更杭校梗構江洪浩港溝甲皇硬稿糠紅紘絞綱耕考肯肱腔膏航荒行衡講貢購郊酵鉱砿鋼閤降�項香高鴻剛劫号合壕拷濠豪轟麹克刻告国穀酷鵠黒獄漉腰甑忽惚骨狛込此頃今困坤墾婚恨懇昏昆根梱混痕紺艮魂些佐叉唆嵯左差査沙瑳砂詐鎖裟坐座挫債催再最哉塞妻宰彩才採栽歳済災采犀砕砦祭斎細菜裁載際剤在材罪財冴坂阪堺榊肴咲崎埼碕鷺作削咋搾昨朔柵窄策索錯桜鮭笹匙冊刷���\".split(\"\");\nfor(j = 0; j != D[141].length; ++j) if(D[141][j].charCodeAt(0) !== 0xFFFD) { e[D[141][j]] = 36096 + j; d[36096 + j] = D[141][j];}\nD[142] = \"����������������������������������������������������������������察拶撮擦札殺薩雑皐鯖捌錆鮫皿晒三傘参山惨撒散桟燦珊産算纂蚕讃賛酸餐斬暫残仕仔伺使刺司史嗣四士始姉姿子屍市師志思指支孜斯施旨枝止�死氏獅祉私糸紙紫肢脂至視詞詩試誌諮資賜雌飼歯事似侍児字寺慈持時次滋治爾璽痔磁示而耳自蒔辞汐鹿式識鴫竺軸宍雫七叱執失嫉室悉湿漆疾質実蔀篠偲柴芝屡蕊縞舎写射捨赦斜煮社紗者謝車遮蛇邪借勺尺杓灼爵酌釈錫若寂弱惹主取守手朱殊狩珠種腫趣酒首儒受呪寿授樹綬需囚収周���\".split(\"\");\nfor(j = 0; j != D[142].length; ++j) if(D[142][j].charCodeAt(0) !== 0xFFFD) { e[D[142][j]] = 36352 + j; d[36352 + j] = D[142][j];}\nD[143] = \"����������������������������������������������������������������宗就州修愁拾洲秀秋終繍習臭舟蒐衆襲讐蹴輯週酋酬集醜什住充十従戎柔汁渋獣縦重銃叔夙宿淑祝縮粛塾熟出術述俊峻春瞬竣舜駿准循旬楯殉淳�準潤盾純巡遵醇順処初所暑曙渚庶緒署書薯藷諸助叙女序徐恕鋤除傷償勝匠升召哨商唱嘗奨妾娼宵将小少尚庄床廠彰承抄招掌捷昇昌昭晶松梢樟樵沼消渉湘焼焦照症省硝礁祥称章笑粧紹肖菖蒋蕉衝裳訟証詔詳象賞醤鉦鍾鐘障鞘上丈丞乗冗剰城場壌嬢常情擾条杖浄状畳穣蒸譲醸錠嘱埴飾���\".split(\"\");\nfor(j = 0; j != D[143].length; ++j) if(D[143][j].charCodeAt(0) !== 0xFFFD) { e[D[143][j]] = 36608 + j; d[36608 + j] = D[143][j];}\nD[144] = \"����������������������������������������������������������������拭植殖燭織職色触食蝕辱尻伸信侵唇娠寝審心慎振新晋森榛浸深申疹真神秦紳臣芯薪親診身辛進針震人仁刃塵壬尋甚尽腎訊迅陣靭笥諏須酢図厨�逗吹垂帥推水炊睡粋翠衰遂酔錐錘随瑞髄崇嵩数枢趨雛据杉椙菅頗雀裾澄摺寸世瀬畝是凄制勢姓征性成政整星晴棲栖正清牲生盛精聖声製西誠誓請逝醒青静斉税脆隻席惜戚斥昔析石積籍績脊責赤跡蹟碩切拙接摂折設窃節説雪絶舌蝉仙先千占宣専尖川戦扇撰栓栴泉浅洗染潜煎煽旋穿箭線���\".split(\"\");\nfor(j = 0; j != D[144].length; ++j) if(D[144][j].charCodeAt(0) !== 0xFFFD) { e[D[144][j]] = 36864 + j; d[36864 + j] = D[144][j];}\nD[145] = \"����������������������������������������������������������������繊羨腺舛船薦詮賎践選遷銭銑閃鮮前善漸然全禅繕膳糎噌塑岨措曾曽楚狙疏疎礎祖租粗素組蘇訴阻遡鼠僧創双叢倉喪壮奏爽宋層匝惣想捜掃挿掻�操早曹巣槍槽漕燥争痩相窓糟総綜聡草荘葬蒼藻装走送遭鎗霜騒像増憎臓蔵贈造促側則即息捉束測足速俗属賊族続卒袖其揃存孫尊損村遜他多太汰詑唾堕妥惰打柁舵楕陀駄騨体堆対耐岱帯待怠態戴替泰滞胎腿苔袋貸退逮隊黛鯛代台大第醍題鷹滝瀧卓啄宅托択拓沢濯琢託鐸濁諾茸凧蛸只���\".split(\"\");\nfor(j = 0; j != D[145].length; ++j) if(D[145][j].charCodeAt(0) !== 0xFFFD) { e[D[145][j]] = 37120 + j; d[37120 + j] = D[145][j];}\nD[146] = \"����������������������������������������������������������������叩但達辰奪脱巽竪辿棚谷狸鱈樽誰丹単嘆坦担探旦歎淡湛炭短端箪綻耽胆蛋誕鍛団壇弾断暖檀段男談値知地弛恥智池痴稚置致蜘遅馳築畜竹筑蓄�逐秩窒茶嫡着中仲宙忠抽昼柱注虫衷註酎鋳駐樗瀦猪苧著貯丁兆凋喋寵帖帳庁弔張彫徴懲挑暢朝潮牒町眺聴脹腸蝶調諜超跳銚長頂鳥勅捗直朕沈珍賃鎮陳津墜椎槌追鎚痛通塚栂掴槻佃漬柘辻蔦綴鍔椿潰坪壷嬬紬爪吊釣鶴亭低停偵剃貞呈堤定帝底庭廷弟悌抵挺提梯汀碇禎程締艇訂諦蹄逓���\".split(\"\");\nfor(j = 0; j != D[146].length; ++j) if(D[146][j].charCodeAt(0) !== 0xFFFD) { e[D[146][j]] = 37376 + j; d[37376 + j] = D[146][j];}\nD[147] = \"����������������������������������������������������������������邸鄭釘鼎泥摘擢敵滴的笛適鏑溺哲徹撤轍迭鉄典填天展店添纏甜貼転顛点伝殿澱田電兎吐堵塗妬屠徒斗杜渡登菟賭途都鍍砥砺努度土奴怒倒党冬�凍刀唐塔塘套宕島嶋悼投搭東桃梼棟盗淘湯涛灯燈当痘祷等答筒糖統到董蕩藤討謄豆踏逃透鐙陶頭騰闘働動同堂導憧撞洞瞳童胴萄道銅峠鴇匿得徳涜特督禿篤毒独読栃橡凸突椴届鳶苫寅酉瀞噸屯惇敦沌豚遁頓呑曇鈍奈那内乍凪薙謎灘捺鍋楢馴縄畷南楠軟難汝二尼弐迩匂賑肉虹廿日乳入���\".split(\"\");\nfor(j = 0; j != D[147].length; ++j) if(D[147][j].charCodeAt(0) !== 0xFFFD) { e[D[147][j]] = 37632 + j; d[37632 + j] = D[147][j];}\nD[148] = \"����������������������������������������������������������������如尿韮任妊忍認濡禰祢寧葱猫熱年念捻撚燃粘乃廼之埜嚢悩濃納能脳膿農覗蚤巴把播覇杷波派琶破婆罵芭馬俳廃拝排敗杯盃牌背肺輩配倍培媒梅�楳煤狽買売賠陪這蝿秤矧萩伯剥博拍柏泊白箔粕舶薄迫曝漠爆縛莫駁麦函箱硲箸肇筈櫨幡肌畑畠八鉢溌発醗髪伐罰抜筏閥鳩噺塙蛤隼伴判半反叛帆搬斑板氾汎版犯班畔繁般藩販範釆煩頒飯挽晩番盤磐蕃蛮匪卑否妃庇彼悲扉批披斐比泌疲皮碑秘緋罷肥被誹費避非飛樋簸備尾微枇毘琵眉美���\".split(\"\");\nfor(j = 0; j != D[148].length; ++j) if(D[148][j].charCodeAt(0) !== 0xFFFD) { e[D[148][j]] = 37888 + j; d[37888 + j] = D[148][j];}\nD[149] = \"����������������������������������������������������������������鼻柊稗匹疋髭彦膝菱肘弼必畢筆逼桧姫媛紐百謬俵彪標氷漂瓢票表評豹廟描病秒苗錨鋲蒜蛭鰭品彬斌浜瀕貧賓頻敏瓶不付埠夫婦富冨布府怖扶敷�斧普浮父符腐膚芙譜負賦赴阜附侮撫武舞葡蕪部封楓風葺蕗伏副復幅服福腹複覆淵弗払沸仏物鮒分吻噴墳憤扮焚奮粉糞紛雰文聞丙併兵塀幣平弊柄並蔽閉陛米頁僻壁癖碧別瞥蔑箆偏変片篇編辺返遍便勉娩弁鞭保舗鋪圃捕歩甫補輔穂募墓慕戊暮母簿菩倣俸包呆報奉宝峰峯崩庖抱捧放方朋���\".split(\"\");\nfor(j = 0; j != D[149].length; ++j) if(D[149][j].charCodeAt(0) !== 0xFFFD) { e[D[149][j]] = 38144 + j; d[38144 + j] = D[149][j];}\nD[150] = \"����������������������������������������������������������������法泡烹砲縫胞芳萌蓬蜂褒訪豊邦鋒飽鳳鵬乏亡傍剖坊妨帽忘忙房暴望某棒冒紡肪膨謀貌貿鉾防吠頬北僕卜墨撲朴牧睦穆釦勃没殆堀幌奔本翻凡盆�摩磨魔麻埋妹昧枚毎哩槙幕膜枕鮪柾鱒桝亦俣又抹末沫迄侭繭麿万慢満漫蔓味未魅巳箕岬密蜜湊蓑稔脈妙粍民眠務夢無牟矛霧鵡椋婿娘冥名命明盟迷銘鳴姪牝滅免棉綿緬面麺摸模茂妄孟毛猛盲網耗蒙儲木黙目杢勿餅尤戻籾貰問悶紋門匁也冶夜爺耶野弥矢厄役約薬訳躍靖柳薮鑓愉愈油癒���\".split(\"\");\nfor(j = 0; j != D[150].length; ++j) if(D[150][j].charCodeAt(0) !== 0xFFFD) { e[D[150][j]] = 38400 + j; d[38400 + j] = D[150][j];}\nD[151] = \"����������������������������������������������������������������諭輸唯佑優勇友宥幽悠憂揖有柚湧涌猶猷由祐裕誘遊邑郵雄融夕予余与誉輿預傭幼妖容庸揚揺擁曜楊様洋溶熔用窯羊耀葉蓉要謡踊遥陽養慾抑欲�沃浴翌翼淀羅螺裸来莱頼雷洛絡落酪乱卵嵐欄濫藍蘭覧利吏履李梨理璃痢裏裡里離陸律率立葎掠略劉流溜琉留硫粒隆竜龍侶慮旅虜了亮僚両凌寮料梁涼猟療瞭稜糧良諒遼量陵領力緑倫厘林淋燐琳臨輪隣鱗麟瑠塁涙累類令伶例冷励嶺怜玲礼苓鈴隷零霊麗齢暦歴列劣烈裂廉恋憐漣煉簾練聯���\".split(\"\");\nfor(j = 0; j != D[151].length; ++j) if(D[151][j].charCodeAt(0) !== 0xFFFD) { e[D[151][j]] = 38656 + j; d[38656 + j] = D[151][j];}\nD[152] = \"����������������������������������������������������������������蓮連錬呂魯櫓炉賂路露労婁廊弄朗楼榔浪漏牢狼篭老聾蝋郎六麓禄肋録論倭和話歪賄脇惑枠鷲亙亘鰐詫藁蕨椀湾碗腕��������������������������������������������弌丐丕个丱丶丼丿乂乖乘亂亅豫亊舒弍于亞亟亠亢亰亳亶从仍仄仆仂仗仞仭仟价伉佚估佛佝佗佇佶侈侏侘佻佩佰侑佯來侖儘俔俟俎俘俛俑俚俐俤俥倚倨倔倪倥倅伜俶倡倩倬俾俯們倆偃假會偕偐偈做偖偬偸傀傚傅傴傲���\".split(\"\");\nfor(j = 0; j != D[152].length; ++j) if(D[152][j].charCodeAt(0) !== 0xFFFD) { e[D[152][j]] = 38912 + j; d[38912 + j] = D[152][j];}\nD[153] = \"����������������������������������������������������������������僉僊傳僂僖僞僥僭僣僮價僵儉儁儂儖儕儔儚儡儺儷儼儻儿兀兒兌兔兢竸兩兪兮冀冂囘册冉冏冑冓冕冖冤冦冢冩冪冫决冱冲冰况冽凅凉凛几處凩凭�凰凵凾刄刋刔刎刧刪刮刳刹剏剄剋剌剞剔剪剴剩剳剿剽劍劔劒剱劈劑辨辧劬劭劼劵勁勍勗勞勣勦飭勠勳勵勸勹匆匈甸匍匐匏匕匚匣匯匱匳匸區卆卅丗卉卍凖卞卩卮夘卻卷厂厖厠厦厥厮厰厶參簒雙叟曼燮叮叨叭叺吁吽呀听吭吼吮吶吩吝呎咏呵咎呟呱呷呰咒呻咀呶咄咐咆哇咢咸咥咬哄哈咨���\".split(\"\");\nfor(j = 0; j != D[153].length; ++j) if(D[153][j].charCodeAt(0) !== 0xFFFD) { e[D[153][j]] = 39168 + j; d[39168 + j] = D[153][j];}\nD[154] = \"����������������������������������������������������������������咫哂咤咾咼哘哥哦唏唔哽哮哭哺哢唹啀啣啌售啜啅啖啗唸唳啝喙喀咯喊喟啻啾喘喞單啼喃喩喇喨嗚嗅嗟嗄嗜嗤嗔嘔嗷嘖嗾嗽嘛嗹噎噐營嘴嘶嘲嘸�噫噤嘯噬噪嚆嚀嚊嚠嚔嚏嚥嚮嚶嚴囂嚼囁囃囀囈囎囑囓囗囮囹圀囿圄圉圈國圍圓團圖嗇圜圦圷圸坎圻址坏坩埀垈坡坿垉垓垠垳垤垪垰埃埆埔埒埓堊埖埣堋堙堝塲堡塢塋塰毀塒堽塹墅墹墟墫墺壞墻墸墮壅壓壑壗壙壘壥壜壤壟壯壺壹壻壼壽夂夊夐夛梦夥夬夭夲夸夾竒奕奐奎奚奘奢奠奧奬奩���\".split(\"\");\nfor(j = 0; j != D[154].length; ++j) if(D[154][j].charCodeAt(0) !== 0xFFFD) { e[D[154][j]] = 39424 + j; d[39424 + j] = D[154][j];}\nD[155] = \"����������������������������������������������������������������奸妁妝佞侫妣妲姆姨姜妍姙姚娥娟娑娜娉娚婀婬婉娵娶婢婪媚媼媾嫋嫂媽嫣嫗嫦嫩嫖嫺嫻嬌嬋嬖嬲嫐嬪嬶嬾孃孅孀孑孕孚孛孥孩孰孳孵學斈孺宀�它宦宸寃寇寉寔寐寤實寢寞寥寫寰寶寳尅將專對尓尠尢尨尸尹屁屆屎屓屐屏孱屬屮乢屶屹岌岑岔妛岫岻岶岼岷峅岾峇峙峩峽峺峭嶌峪崋崕崗嵜崟崛崑崔崢崚崙崘嵌嵒嵎嵋嵬嵳嵶嶇嶄嶂嶢嶝嶬嶮嶽嶐嶷嶼巉巍巓巒巖巛巫已巵帋帚帙帑帛帶帷幄幃幀幎幗幔幟幢幤幇幵并幺麼广庠廁廂廈廐廏���\".split(\"\");\nfor(j = 0; j != D[155].length; ++j) if(D[155][j].charCodeAt(0) !== 0xFFFD) { e[D[155][j]] = 39680 + j; d[39680 + j] = D[155][j];}\nD[156] = \"����������������������������������������������������������������廖廣廝廚廛廢廡廨廩廬廱廳廰廴廸廾弃弉彝彜弋弑弖弩弭弸彁彈彌彎弯彑彖彗彙彡彭彳彷徃徂彿徊很徑徇從徙徘徠徨徭徼忖忻忤忸忱忝悳忿怡恠�怙怐怩怎怱怛怕怫怦怏怺恚恁恪恷恟恊恆恍恣恃恤恂恬恫恙悁悍惧悃悚悄悛悖悗悒悧悋惡悸惠惓悴忰悽惆悵惘慍愕愆惶惷愀惴惺愃愡惻惱愍愎慇愾愨愧慊愿愼愬愴愽慂慄慳慷慘慙慚慫慴慯慥慱慟慝慓慵憙憖憇憬憔憚憊憑憫憮懌懊應懷懈懃懆憺懋罹懍懦懣懶懺懴懿懽懼懾戀戈戉戍戌戔戛���\".split(\"\");\nfor(j = 0; j != D[156].length; ++j) if(D[156][j].charCodeAt(0) !== 0xFFFD) { e[D[156][j]] = 39936 + j; d[39936 + j] = D[156][j];}\nD[157] = \"����������������������������������������������������������������戞戡截戮戰戲戳扁扎扞扣扛扠扨扼抂抉找抒抓抖拔抃抔拗拑抻拏拿拆擔拈拜拌拊拂拇抛拉挌拮拱挧挂挈拯拵捐挾捍搜捏掖掎掀掫捶掣掏掉掟掵捫�捩掾揩揀揆揣揉插揶揄搖搴搆搓搦搶攝搗搨搏摧摯摶摎攪撕撓撥撩撈撼據擒擅擇撻擘擂擱擧舉擠擡抬擣擯攬擶擴擲擺攀擽攘攜攅攤攣攫攴攵攷收攸畋效敖敕敍敘敞敝敲數斂斃變斛斟斫斷旃旆旁旄旌旒旛旙无旡旱杲昊昃旻杳昵昶昴昜晏晄晉晁晞晝晤晧晨晟晢晰暃暈暎暉暄暘暝曁暹曉暾暼���\".split(\"\");\nfor(j = 0; j != D[157].length; ++j) if(D[157][j].charCodeAt(0) !== 0xFFFD) { e[D[157][j]] = 40192 + j; d[40192 + j] = D[157][j];}\nD[158] = \"����������������������������������������������������������������曄暸曖曚曠昿曦曩曰曵曷朏朖朞朦朧霸朮朿朶杁朸朷杆杞杠杙杣杤枉杰枩杼杪枌枋枦枡枅枷柯枴柬枳柩枸柤柞柝柢柮枹柎柆柧檜栞框栩桀桍栲桎�梳栫桙档桷桿梟梏梭梔條梛梃檮梹桴梵梠梺椏梍桾椁棊椈棘椢椦棡椌棍棔棧棕椶椒椄棗棣椥棹棠棯椨椪椚椣椡棆楹楷楜楸楫楔楾楮椹楴椽楙椰楡楞楝榁楪榲榮槐榿槁槓榾槎寨槊槝榻槃榧樮榑榠榜榕榴槞槨樂樛槿權槹槲槧樅榱樞槭樔槫樊樒櫁樣樓橄樌橲樶橸橇橢橙橦橈樸樢檐檍檠檄檢檣���\".split(\"\");\nfor(j = 0; j != D[158].length; ++j) if(D[158][j].charCodeAt(0) !== 0xFFFD) { e[D[158][j]] = 40448 + j; d[40448 + j] = D[158][j];}\nD[159] = \"����������������������������������������������������������������檗蘗檻櫃櫂檸檳檬櫞櫑櫟檪櫚櫪櫻欅蘖櫺欒欖鬱欟欸欷盜欹飮歇歃歉歐歙歔歛歟歡歸歹歿殀殄殃殍殘殕殞殤殪殫殯殲殱殳殷殼毆毋毓毟毬毫毳毯�麾氈氓气氛氤氣汞汕汢汪沂沍沚沁沛汾汨汳沒沐泄泱泓沽泗泅泝沮沱沾沺泛泯泙泪洟衍洶洫洽洸洙洵洳洒洌浣涓浤浚浹浙涎涕濤涅淹渕渊涵淇淦涸淆淬淞淌淨淒淅淺淙淤淕淪淮渭湮渮渙湲湟渾渣湫渫湶湍渟湃渺湎渤滿渝游溂溪溘滉溷滓溽溯滄溲滔滕溏溥滂溟潁漑灌滬滸滾漿滲漱滯漲滌���\".split(\"\");\nfor(j = 0; j != D[159].length; ++j) if(D[159][j].charCodeAt(0) !== 0xFFFD) { e[D[159][j]] = 40704 + j; d[40704 + j] = D[159][j];}\nD[224] = \"����������������������������������������������������������������漾漓滷澆潺潸澁澀潯潛濳潭澂潼潘澎澑濂潦澳澣澡澤澹濆澪濟濕濬濔濘濱濮濛瀉瀋濺瀑瀁瀏濾瀛瀚潴瀝瀘瀟瀰瀾瀲灑灣炙炒炯烱炬炸炳炮烟烋烝�烙焉烽焜焙煥煕熈煦煢煌煖煬熏燻熄熕熨熬燗熹熾燒燉燔燎燠燬燧燵燼燹燿爍爐爛爨爭爬爰爲爻爼爿牀牆牋牘牴牾犂犁犇犒犖犢犧犹犲狃狆狄狎狒狢狠狡狹狷倏猗猊猜猖猝猴猯猩猥猾獎獏默獗獪獨獰獸獵獻獺珈玳珎玻珀珥珮珞璢琅瑯琥珸琲琺瑕琿瑟瑙瑁瑜瑩瑰瑣瑪瑶瑾璋璞璧瓊瓏瓔珱���\".split(\"\");\nfor(j = 0; j != D[224].length; ++j) if(D[224][j].charCodeAt(0) !== 0xFFFD) { e[D[224][j]] = 57344 + j; d[57344 + j] = D[224][j];}\nD[225] = \"����������������������������������������������������������������瓠瓣瓧瓩瓮瓲瓰瓱瓸瓷甄甃甅甌甎甍甕甓甞甦甬甼畄畍畊畉畛畆畚畩畤畧畫畭畸當疆疇畴疊疉疂疔疚疝疥疣痂疳痃疵疽疸疼疱痍痊痒痙痣痞痾痿�痼瘁痰痺痲痳瘋瘍瘉瘟瘧瘠瘡瘢瘤瘴瘰瘻癇癈癆癜癘癡癢癨癩癪癧癬癰癲癶癸發皀皃皈皋皎皖皓皙皚皰皴皸皹皺盂盍盖盒盞盡盥盧盪蘯盻眈眇眄眩眤眞眥眦眛眷眸睇睚睨睫睛睥睿睾睹瞎瞋瞑瞠瞞瞰瞶瞹瞿瞼瞽瞻矇矍矗矚矜矣矮矼砌砒礦砠礪硅碎硴碆硼碚碌碣碵碪碯磑磆磋磔碾碼磅磊磬���\".split(\"\");\nfor(j = 0; j != D[225].length; ++j) if(D[225][j].charCodeAt(0) !== 0xFFFD) { e[D[225][j]] = 57600 + j; d[57600 + j] = D[225][j];}\nD[226] = \"����������������������������������������������������������������磧磚磽磴礇礒礑礙礬礫祀祠祗祟祚祕祓祺祿禊禝禧齋禪禮禳禹禺秉秕秧秬秡秣稈稍稘稙稠稟禀稱稻稾稷穃穗穉穡穢穩龝穰穹穽窈窗窕窘窖窩竈窰�窶竅竄窿邃竇竊竍竏竕竓站竚竝竡竢竦竭竰笂笏笊笆笳笘笙笞笵笨笶筐筺笄筍笋筌筅筵筥筴筧筰筱筬筮箝箘箟箍箜箚箋箒箏筝箙篋篁篌篏箴篆篝篩簑簔篦篥籠簀簇簓篳篷簗簍篶簣簧簪簟簷簫簽籌籃籔籏籀籐籘籟籤籖籥籬籵粃粐粤粭粢粫粡粨粳粲粱粮粹粽糀糅糂糘糒糜糢鬻糯糲糴糶糺紆���\".split(\"\");\nfor(j = 0; j != D[226].length; ++j) if(D[226][j].charCodeAt(0) !== 0xFFFD) { e[D[226][j]] = 57856 + j; d[57856 + j] = D[226][j];}\nD[227] = \"����������������������������������������������������������������紂紜紕紊絅絋紮紲紿紵絆絳絖絎絲絨絮絏絣經綉絛綏絽綛綺綮綣綵緇綽綫總綢綯緜綸綟綰緘緝緤緞緻緲緡縅縊縣縡縒縱縟縉縋縢繆繦縻縵縹繃縷�縲縺繧繝繖繞繙繚繹繪繩繼繻纃緕繽辮繿纈纉續纒纐纓纔纖纎纛纜缸缺罅罌罍罎罐网罕罔罘罟罠罨罩罧罸羂羆羃羈羇羌羔羞羝羚羣羯羲羹羮羶羸譱翅翆翊翕翔翡翦翩翳翹飜耆耄耋耒耘耙耜耡耨耿耻聊聆聒聘聚聟聢聨聳聲聰聶聹聽聿肄肆肅肛肓肚肭冐肬胛胥胙胝胄胚胖脉胯胱脛脩脣脯腋���\".split(\"\");\nfor(j = 0; j != D[227].length; ++j) if(D[227][j].charCodeAt(0) !== 0xFFFD) { e[D[227][j]] = 58112 + j; d[58112 + j] = D[227][j];}\nD[228] = \"����������������������������������������������������������������隋腆脾腓腑胼腱腮腥腦腴膃膈膊膀膂膠膕膤膣腟膓膩膰膵膾膸膽臀臂膺臉臍臑臙臘臈臚臟臠臧臺臻臾舁舂舅與舊舍舐舖舩舫舸舳艀艙艘艝艚艟艤�艢艨艪艫舮艱艷艸艾芍芒芫芟芻芬苡苣苟苒苴苳苺莓范苻苹苞茆苜茉苙茵茴茖茲茱荀茹荐荅茯茫茗茘莅莚莪莟莢莖茣莎莇莊荼莵荳荵莠莉莨菴萓菫菎菽萃菘萋菁菷萇菠菲萍萢萠莽萸蔆菻葭萪萼蕚蒄葷葫蒭葮蒂葩葆萬葯葹萵蓊葢蒹蒿蒟蓙蓍蒻蓚蓐蓁蓆蓖蒡蔡蓿蓴蔗蔘蔬蔟蔕蔔蓼蕀蕣蕘蕈���\".split(\"\");\nfor(j = 0; j != D[228].length; ++j) if(D[228][j].charCodeAt(0) !== 0xFFFD) { e[D[228][j]] = 58368 + j; d[58368 + j] = D[228][j];}\nD[229] = \"����������������������������������������������������������������蕁蘂蕋蕕薀薤薈薑薊薨蕭薔薛藪薇薜蕷蕾薐藉薺藏薹藐藕藝藥藜藹蘊蘓蘋藾藺蘆蘢蘚蘰蘿虍乕虔號虧虱蚓蚣蚩蚪蚋蚌蚶蚯蛄蛆蚰蛉蠣蚫蛔蛞蛩蛬�蛟蛛蛯蜒蜆蜈蜀蜃蛻蜑蜉蜍蛹蜊蜴蜿蜷蜻蜥蜩蜚蝠蝟蝸蝌蝎蝴蝗蝨蝮蝙蝓蝣蝪蠅螢螟螂螯蟋螽蟀蟐雖螫蟄螳蟇蟆螻蟯蟲蟠蠏蠍蟾蟶蟷蠎蟒蠑蠖蠕蠢蠡蠱蠶蠹蠧蠻衄衂衒衙衞衢衫袁衾袞衵衽袵衲袂袗袒袮袙袢袍袤袰袿袱裃裄裔裘裙裝裹褂裼裴裨裲褄褌褊褓襃褞褥褪褫襁襄褻褶褸襌褝襠襞���\".split(\"\");\nfor(j = 0; j != D[229].length; ++j) if(D[229][j].charCodeAt(0) !== 0xFFFD) { e[D[229][j]] = 58624 + j; d[58624 + j] = D[229][j];}\nD[230] = \"����������������������������������������������������������������襦襤襭襪襯襴襷襾覃覈覊覓覘覡覩覦覬覯覲覺覽覿觀觚觜觝觧觴觸訃訖訐訌訛訝訥訶詁詛詒詆詈詼詭詬詢誅誂誄誨誡誑誥誦誚誣諄諍諂諚諫諳諧�諤諱謔諠諢諷諞諛謌謇謚諡謖謐謗謠謳鞫謦謫謾謨譁譌譏譎證譖譛譚譫譟譬譯譴譽讀讌讎讒讓讖讙讚谺豁谿豈豌豎豐豕豢豬豸豺貂貉貅貊貍貎貔豼貘戝貭貪貽貲貳貮貶賈賁賤賣賚賽賺賻贄贅贊贇贏贍贐齎贓賍贔贖赧赭赱赳趁趙跂趾趺跏跚跖跌跛跋跪跫跟跣跼踈踉跿踝踞踐踟蹂踵踰踴蹊���\".split(\"\");\nfor(j = 0; j != D[230].length; ++j) if(D[230][j].charCodeAt(0) !== 0xFFFD) { e[D[230][j]] = 58880 + j; d[58880 + j] = D[230][j];}\nD[231] = \"����������������������������������������������������������������蹇蹉蹌蹐蹈蹙蹤蹠踪蹣蹕蹶蹲蹼躁躇躅躄躋躊躓躑躔躙躪躡躬躰軆躱躾軅軈軋軛軣軼軻軫軾輊輅輕輒輙輓輜輟輛輌輦輳輻輹轅轂輾轌轉轆轎轗轜�轢轣轤辜辟辣辭辯辷迚迥迢迪迯邇迴逅迹迺逑逕逡逍逞逖逋逧逶逵逹迸遏遐遑遒逎遉逾遖遘遞遨遯遶隨遲邂遽邁邀邊邉邏邨邯邱邵郢郤扈郛鄂鄒鄙鄲鄰酊酖酘酣酥酩酳酲醋醉醂醢醫醯醪醵醴醺釀釁釉釋釐釖釟釡釛釼釵釶鈞釿鈔鈬鈕鈑鉞鉗鉅鉉鉤鉈銕鈿鉋鉐銜銖銓銛鉚鋏銹銷鋩錏鋺鍄錮���\".split(\"\");\nfor(j = 0; j != D[231].length; ++j) if(D[231][j].charCodeAt(0) !== 0xFFFD) { e[D[231][j]] = 59136 + j; d[59136 + j] = D[231][j];}\nD[232] = \"����������������������������������������������������������������錙錢錚錣錺錵錻鍜鍠鍼鍮鍖鎰鎬鎭鎔鎹鏖鏗鏨鏥鏘鏃鏝鏐鏈鏤鐚鐔鐓鐃鐇鐐鐶鐫鐵鐡鐺鑁鑒鑄鑛鑠鑢鑞鑪鈩鑰鑵鑷鑽鑚鑼鑾钁鑿閂閇閊閔閖閘閙�閠閨閧閭閼閻閹閾闊濶闃闍闌闕闔闖關闡闥闢阡阨阮阯陂陌陏陋陷陜陞陝陟陦陲陬隍隘隕隗險隧隱隲隰隴隶隸隹雎雋雉雍襍雜霍雕雹霄霆霈霓霎霑霏霖霙霤霪霰霹霽霾靄靆靈靂靉靜靠靤靦靨勒靫靱靹鞅靼鞁靺鞆鞋鞏鞐鞜鞨鞦鞣鞳鞴韃韆韈韋韜韭齏韲竟韶韵頏頌頸頤頡頷頽顆顏顋顫顯顰���\".split(\"\");\nfor(j = 0; j != D[232].length; ++j) if(D[232][j].charCodeAt(0) !== 0xFFFD) { e[D[232][j]] = 59392 + j; d[59392 + j] = D[232][j];}\nD[233] = \"����������������������������������������������������������������顱顴顳颪颯颱颶飄飃飆飩飫餃餉餒餔餘餡餝餞餤餠餬餮餽餾饂饉饅饐饋饑饒饌饕馗馘馥馭馮馼駟駛駝駘駑駭駮駱駲駻駸騁騏騅駢騙騫騷驅驂驀驃�騾驕驍驛驗驟驢驥驤驩驫驪骭骰骼髀髏髑髓體髞髟髢髣髦髯髫髮髴髱髷髻鬆鬘鬚鬟鬢鬣鬥鬧鬨鬩鬪鬮鬯鬲魄魃魏魍魎魑魘魴鮓鮃鮑鮖鮗鮟鮠鮨鮴鯀鯊鮹鯆鯏鯑鯒鯣鯢鯤鯔鯡鰺鯲鯱鯰鰕鰔鰉鰓鰌鰆鰈鰒鰊鰄鰮鰛鰥鰤鰡鰰鱇鰲鱆鰾鱚鱠鱧鱶鱸鳧鳬鳰鴉鴈鳫鴃鴆鴪鴦鶯鴣鴟鵄鴕鴒鵁鴿鴾鵆鵈���\".split(\"\");\nfor(j = 0; j != D[233].length; ++j) if(D[233][j].charCodeAt(0) !== 0xFFFD) { e[D[233][j]] = 59648 + j; d[59648 + j] = D[233][j];}\nD[234] = \"����������������������������������������������������������������鵝鵞鵤鵑鵐鵙鵲鶉鶇鶫鵯鵺鶚鶤鶩鶲鷄鷁鶻鶸鶺鷆鷏鷂鷙鷓鷸鷦鷭鷯鷽鸚鸛鸞鹵鹹鹽麁麈麋麌麒麕麑麝麥麩麸麪麭靡黌黎黏黐黔黜點黝黠黥黨黯�黴黶黷黹黻黼黽鼇鼈皷鼕鼡鼬鼾齊齒齔齣齟齠齡齦齧齬齪齷齲齶龕龜龠堯槇遙瑤凜熙�������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[234].length; ++j) if(D[234][j].charCodeAt(0) !== 0xFFFD) { e[D[234][j]] = 59904 + j; d[59904 + j] = D[234][j];}\nD[237] = \"����������������������������������������������������������������纊褜鍈銈蓜俉炻昱棈鋹曻彅丨仡仼伀伃伹佖侒侊侚侔俍偀倢俿倞偆偰偂傔僴僘兊兤冝冾凬刕劜劦勀勛匀匇匤卲厓厲叝﨎咜咊咩哿喆坙坥垬埈埇﨏�塚增墲夋奓奛奝奣妤妺孖寀甯寘寬尞岦岺峵崧嵓﨑嵂嵭嶸嶹巐弡弴彧德忞恝悅悊惞惕愠惲愑愷愰憘戓抦揵摠撝擎敎昀昕昻昉昮昞昤晥晗晙晴晳暙暠暲暿曺朎朗杦枻桒柀栁桄棏﨓楨﨔榘槢樰橫橆橳橾櫢櫤毖氿汜沆汯泚洄涇浯涖涬淏淸淲淼渹湜渧渼溿澈澵濵瀅瀇瀨炅炫焏焄煜煆煇凞燁燾犱���\".split(\"\");\nfor(j = 0; j != D[237].length; ++j) if(D[237][j].charCodeAt(0) !== 0xFFFD) { e[D[237][j]] = 60672 + j; d[60672 + j] = D[237][j];}\nD[238] = \"����������������������������������������������������������������犾猤猪獷玽珉珖珣珒琇珵琦琪琩琮瑢璉璟甁畯皂皜皞皛皦益睆劯砡硎硤硺礰礼神祥禔福禛竑竧靖竫箞精絈絜綷綠緖繒罇羡羽茁荢荿菇菶葈蒴蕓蕙�蕫﨟薰蘒﨡蠇裵訒訷詹誧誾諟諸諶譓譿賰賴贒赶﨣軏﨤逸遧郞都鄕鄧釚釗釞釭釮釤釥鈆鈐鈊鈺鉀鈼鉎鉙鉑鈹鉧銧鉷鉸鋧鋗鋙鋐﨧鋕鋠鋓錥錡鋻﨨錞鋿錝錂鍰鍗鎤鏆鏞鏸鐱鑅鑈閒隆﨩隝隯霳霻靃靍靏靑靕顗顥飯飼餧館馞驎髙髜魵魲鮏鮱鮻鰀鵰鵫鶴鸙黑��ⅰⅱⅲⅳⅴⅵⅶⅷⅸⅹ￢￤＇＂���\".split(\"\");\nfor(j = 0; j != D[238].length; ++j) if(D[238][j].charCodeAt(0) !== 0xFFFD) { e[D[238][j]] = 60928 + j; d[60928 + j] = D[238][j];}\nD[250] = \"����������������������������������������������������������������ⅰⅱⅲⅳⅴⅵⅶⅷⅸⅹⅠⅡⅢⅣⅤⅥⅦⅧⅨⅩ￢￤＇＂㈱№℡∵纊褜鍈銈蓜俉炻昱棈鋹曻彅丨仡仼伀伃伹佖侒侊侚侔俍偀倢俿倞偆偰偂傔僴僘兊�兤冝冾凬刕劜劦勀勛匀匇匤卲厓厲叝﨎咜咊咩哿喆坙坥垬埈埇﨏塚增墲夋奓奛奝奣妤妺孖寀甯寘寬尞岦岺峵崧嵓﨑嵂嵭嶸嶹巐弡弴彧德忞恝悅悊惞惕愠惲愑愷愰憘戓抦揵摠撝擎敎昀昕昻昉昮昞昤晥晗晙晴晳暙暠暲暿曺朎朗杦枻桒柀栁桄棏﨓楨﨔榘槢樰橫橆橳橾櫢櫤毖氿汜沆汯泚洄涇浯���\".split(\"\");\nfor(j = 0; j != D[250].length; ++j) if(D[250][j].charCodeAt(0) !== 0xFFFD) { e[D[250][j]] = 64000 + j; d[64000 + j] = D[250][j];}\nD[251] = \"����������������������������������������������������������������涖涬淏淸淲淼渹湜渧渼溿澈澵濵瀅瀇瀨炅炫焏焄煜煆煇凞燁燾犱犾猤猪獷玽珉珖珣珒琇珵琦琪琩琮瑢璉璟甁畯皂皜皞皛皦益睆劯砡硎硤硺礰礼神�祥禔福禛竑竧靖竫箞精絈絜綷綠緖繒罇羡羽茁荢荿菇菶葈蒴蕓蕙蕫﨟薰蘒﨡蠇裵訒訷詹誧誾諟諸諶譓譿賰賴贒赶﨣軏﨤逸遧郞都鄕鄧釚釗釞釭釮釤釥鈆鈐鈊鈺鉀鈼鉎鉙鉑鈹鉧銧鉷鉸鋧鋗鋙鋐﨧鋕鋠鋓錥錡鋻﨨錞鋿錝錂鍰鍗鎤鏆鏞鏸鐱鑅鑈閒隆﨩隝隯霳霻靃靍靏靑靕顗顥飯飼餧館馞驎髙���\".split(\"\");\nfor(j = 0; j != D[251].length; ++j) if(D[251][j].charCodeAt(0) !== 0xFFFD) { e[D[251][j]] = 64256 + j; d[64256 + j] = D[251][j];}\nD[252] = \"����������������������������������������������������������������髜魵魲鮏鮱鮻鰀鵰鵫鶴鸙黑������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[252].length; ++j) if(D[252][j].charCodeAt(0) !== 0xFFFD) { e[D[252][j]] = 64512 + j; d[64512 + j] = D[252][j];}\nreturn {\"enc\": e, \"dec\": d }; })();\ncptable[936] = (function(){ var d = [], e = {}, D = [], j;\nD[0] = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~€�������������������������������������������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[0].length; ++j) if(D[0][j].charCodeAt(0) !== 0xFFFD) { e[D[0][j]] = 0 + j; d[0 + j] = D[0][j];}\nD[129] = \"����������������������������������������������������������������丂丄丅丆丏丒丗丟丠両丣並丩丮丯丱丳丵丷丼乀乁乂乄乆乊乑乕乗乚乛乢乣乤乥乧乨乪乫乬乭乮乯乲乴乵乶乷乸乹乺乻乼乽乿亀亁亂亃亄亅亇亊�亐亖亗亙亜亝亞亣亪亯亰亱亴亶亷亸亹亼亽亾仈仌仏仐仒仚仛仜仠仢仦仧仩仭仮仯仱仴仸仹仺仼仾伀伂伃伄伅伆伇伈伋伌伒伓伔伕伖伜伝伡伣伨伩伬伭伮伱伳伵伷伹伻伾伿佀佁佂佄佅佇佈佉佊佋佌佒佔佖佡佢佦佨佪佫佭佮佱佲併佷佸佹佺佽侀侁侂侅來侇侊侌侎侐侒侓侕侖侘侙侚侜侞侟価侢�\".split(\"\");\nfor(j = 0; j != D[129].length; ++j) if(D[129][j].charCodeAt(0) !== 0xFFFD) { e[D[129][j]] = 33024 + j; d[33024 + j] = D[129][j];}\nD[130] = \"����������������������������������������������������������������侤侫侭侰侱侲侳侴侶侷侸侹侺侻侼侽侾俀俁係俆俇俈俉俋俌俍俒俓俔俕俖俙俛俠俢俤俥俧俫俬俰俲俴俵俶俷俹俻俼俽俿倀倁倂倃倄倅倆倇倈倉倊�個倎倐們倓倕倖倗倛倝倞倠倢倣値倧倫倯倰倱倲倳倴倵倶倷倸倹倻倽倿偀偁偂偄偅偆偉偊偋偍偐偑偒偓偔偖偗偘偙偛偝偞偟偠偡偢偣偤偦偧偨偩偪偫偭偮偯偰偱偲偳側偵偸偹偺偼偽傁傂傃傄傆傇傉傊傋傌傎傏傐傑傒傓傔傕傖傗傘備傚傛傜傝傞傟傠傡傢傤傦傪傫傭傮傯傰傱傳傴債傶傷傸傹傼�\".split(\"\");\nfor(j = 0; j != D[130].length; ++j) if(D[130][j].charCodeAt(0) !== 0xFFFD) { e[D[130][j]] = 33280 + j; d[33280 + j] = D[130][j];}\nD[131] = \"����������������������������������������������������������������傽傾傿僀僁僂僃僄僅僆僇僈僉僊僋僌働僎僐僑僒僓僔僕僗僘僙僛僜僝僞僟僠僡僢僣僤僥僨僩僪僫僯僰僱僲僴僶僷僸價僺僼僽僾僿儀儁儂儃億儅儈�儉儊儌儍儎儏儐儑儓儔儕儖儗儘儙儚儛儜儝儞償儠儢儣儤儥儦儧儨儩優儫儬儭儮儯儰儱儲儳儴儵儶儷儸儹儺儻儼儽儾兂兇兊兌兎兏児兒兓兗兘兙兛兝兞兟兠兡兣兤兦內兩兪兯兲兺兾兿冃冄円冇冊冋冎冏冐冑冓冔冘冚冝冞冟冡冣冦冧冨冩冪冭冮冴冸冹冺冾冿凁凂凃凅凈凊凍凎凐凒凓凔凕凖凗�\".split(\"\");\nfor(j = 0; j != D[131].length; ++j) if(D[131][j].charCodeAt(0) !== 0xFFFD) { e[D[131][j]] = 33536 + j; d[33536 + j] = D[131][j];}\nD[132] = \"����������������������������������������������������������������凘凙凚凜凞凟凢凣凥処凧凨凩凪凬凮凱凲凴凷凾刄刅刉刋刌刏刐刓刔刕刜刞刟刡刢刣別刦刧刪刬刯刱刲刴刵刼刾剄剅剆則剈剉剋剎剏剒剓剕剗剘�剙剚剛剝剟剠剢剣剤剦剨剫剬剭剮剰剱剳剴創剶剷剸剹剺剻剼剾劀劃劄劅劆劇劉劊劋劌劍劎劏劑劒劔劕劖劗劘劙劚劜劤劥劦劧劮劯劰労劵劶劷劸効劺劻劼劽勀勁勂勄勅勆勈勊勌勍勎勏勑勓勔動勗務勚勛勜勝勞勠勡勢勣勥勦勧勨勩勪勫勬勭勮勯勱勲勳勴勵勶勷勸勻勼勽匁匂匃匄匇匉匊匋匌匎�\".split(\"\");\nfor(j = 0; j != D[132].length; ++j) if(D[132][j].charCodeAt(0) !== 0xFFFD) { e[D[132][j]] = 33792 + j; d[33792 + j] = D[132][j];}\nD[133] = \"����������������������������������������������������������������匑匒匓匔匘匛匜匞匟匢匤匥匧匨匩匫匬匭匯匰匱匲匳匴匵匶匷匸匼匽區卂卄卆卋卌卍卐協単卙卛卝卥卨卪卬卭卲卶卹卻卼卽卾厀厁厃厇厈厊厎厏�厐厑厒厓厔厖厗厙厛厜厞厠厡厤厧厪厫厬厭厯厰厱厲厳厴厵厷厸厹厺厼厽厾叀參叄叅叆叇収叏叐叒叓叕叚叜叝叞叡叢叧叴叺叾叿吀吂吅吇吋吔吘吙吚吜吢吤吥吪吰吳吶吷吺吽吿呁呂呄呅呇呉呌呍呎呏呑呚呝呞呟呠呡呣呥呧呩呪呫呬呭呮呯呰呴呹呺呾呿咁咃咅咇咈咉咊咍咑咓咗咘咜咞咟咠咡�\".split(\"\");\nfor(j = 0; j != D[133].length; ++j) if(D[133][j].charCodeAt(0) !== 0xFFFD) { e[D[133][j]] = 34048 + j; d[34048 + j] = D[133][j];}\nD[134] = \"����������������������������������������������������������������咢咥咮咰咲咵咶咷咹咺咼咾哃哅哊哋哖哘哛哠員哢哣哤哫哬哯哰哱哴哵哶哷哸哹哻哾唀唂唃唄唅唈唊唋唌唍唎唒唓唕唖唗唘唙唚唜唝唞唟唡唥唦�唨唩唫唭唲唴唵唶唸唹唺唻唽啀啂啅啇啈啋啌啍啎問啑啒啓啔啗啘啙啚啛啝啞啟啠啢啣啨啩啫啯啰啱啲啳啴啹啺啽啿喅喆喌喍喎喐喒喓喕喖喗喚喛喞喠喡喢喣喤喥喦喨喩喪喫喬喭單喯喰喲喴営喸喺喼喿嗀嗁嗂嗃嗆嗇嗈嗊嗋嗎嗏嗐嗕嗗嗘嗙嗚嗛嗞嗠嗢嗧嗩嗭嗮嗰嗱嗴嗶嗸嗹嗺嗻嗼嗿嘂嘃嘄嘅�\".split(\"\");\nfor(j = 0; j != D[134].length; ++j) if(D[134][j].charCodeAt(0) !== 0xFFFD) { e[D[134][j]] = 34304 + j; d[34304 + j] = D[134][j];}\nD[135] = \"����������������������������������������������������������������嘆嘇嘊嘋嘍嘐嘑嘒嘓嘔嘕嘖嘗嘙嘚嘜嘝嘠嘡嘢嘥嘦嘨嘩嘪嘫嘮嘯嘰嘳嘵嘷嘸嘺嘼嘽嘾噀噁噂噃噄噅噆噇噈噉噊噋噏噐噑噒噓噕噖噚噛噝噞噟噠噡�噣噥噦噧噭噮噯噰噲噳噴噵噷噸噹噺噽噾噿嚀嚁嚂嚃嚄嚇嚈嚉嚊嚋嚌嚍嚐嚑嚒嚔嚕嚖嚗嚘嚙嚚嚛嚜嚝嚞嚟嚠嚡嚢嚤嚥嚦嚧嚨嚩嚪嚫嚬嚭嚮嚰嚱嚲嚳嚴嚵嚶嚸嚹嚺嚻嚽嚾嚿囀囁囂囃囄囅囆囇囈囉囋囌囍囎囏囐囑囒囓囕囖囘囙囜団囥囦囧囨囩囪囬囮囯囲図囶囷囸囻囼圀圁圂圅圇國圌圍圎圏圐圑�\".split(\"\");\nfor(j = 0; j != D[135].length; ++j) if(D[135][j].charCodeAt(0) !== 0xFFFD) { e[D[135][j]] = 34560 + j; d[34560 + j] = D[135][j];}\nD[136] = \"����������������������������������������������������������������園圓圔圕圖圗團圙圚圛圝圞圠圡圢圤圥圦圧圫圱圲圴圵圶圷圸圼圽圿坁坃坄坅坆坈坉坋坒坓坔坕坖坘坙坢坣坥坧坬坮坰坱坲坴坵坸坹坺坽坾坿垀�垁垇垈垉垊垍垎垏垐垑垔垕垖垗垘垙垚垜垝垞垟垥垨垪垬垯垰垱垳垵垶垷垹垺垻垼垽垾垿埀埁埄埅埆埇埈埉埊埌埍埐埑埓埖埗埛埜埞埡埢埣埥埦埧埨埩埪埫埬埮埰埱埲埳埵埶執埻埼埾埿堁堃堄堅堈堉堊堌堎堏堐堒堓堔堖堗堘堚堛堜堝堟堢堣堥堦堧堨堩堫堬堭堮堯報堲堳場堶堷堸堹堺堻堼堽�\".split(\"\");\nfor(j = 0; j != D[136].length; ++j) if(D[136][j].charCodeAt(0) !== 0xFFFD) { e[D[136][j]] = 34816 + j; d[34816 + j] = D[136][j];}\nD[137] = \"����������������������������������������������������������������堾堿塀塁塂塃塅塆塇塈塉塊塋塎塏塐塒塓塕塖塗塙塚塛塜塝塟塠塡塢塣塤塦塧塨塩塪塭塮塯塰塱塲塳塴塵塶塷塸塹塺塻塼塽塿墂墄墆墇墈墊墋墌�墍墎墏墐墑墔墕墖増墘墛墜墝墠墡墢墣墤墥墦墧墪墫墬墭墮墯墰墱墲墳墴墵墶墷墸墹墺墻墽墾墿壀壂壃壄壆壇壈壉壊壋壌壍壎壏壐壒壓壔壖壗壘壙壚壛壜壝壞壟壠壡壢壣壥壦壧壨壩壪壭壯壱売壴壵壷壸壺壻壼壽壾壿夀夁夃夅夆夈変夊夋夌夎夐夑夒夓夗夘夛夝夞夠夡夢夣夦夨夬夰夲夳夵夶夻�\".split(\"\");\nfor(j = 0; j != D[137].length; ++j) if(D[137][j].charCodeAt(0) !== 0xFFFD) { e[D[137][j]] = 35072 + j; d[35072 + j] = D[137][j];}\nD[138] = \"����������������������������������������������������������������夽夾夿奀奃奅奆奊奌奍奐奒奓奙奛奜奝奞奟奡奣奤奦奧奨奩奪奫奬奭奮奯奰奱奲奵奷奺奻奼奾奿妀妅妉妋妌妎妏妐妑妔妕妘妚妛妜妝妟妠妡妢妦�妧妬妭妰妱妳妴妵妶妷妸妺妼妽妿姀姁姂姃姄姅姇姈姉姌姍姎姏姕姖姙姛姞姟姠姡姢姤姦姧姩姪姫姭姮姯姰姱姲姳姴姵姶姷姸姺姼姽姾娀娂娊娋娍娎娏娐娒娔娕娖娗娙娚娛娝娞娡娢娤娦娧娨娪娫娬娭娮娯娰娳娵娷娸娹娺娻娽娾娿婁婂婃婄婅婇婈婋婌婍婎婏婐婑婒婓婔婖婗婘婙婛婜婝婞婟婠�\".split(\"\");\nfor(j = 0; j != D[138].length; ++j) if(D[138][j].charCodeAt(0) !== 0xFFFD) { e[D[138][j]] = 35328 + j; d[35328 + j] = D[138][j];}\nD[139] = \"����������������������������������������������������������������婡婣婤婥婦婨婩婫婬婭婮婯婰婱婲婳婸婹婻婼婽婾媀媁媂媃媄媅媆媇媈媉媊媋媌媍媎媏媐媑媓媔媕媖媗媘媙媜媝媞媟媠媡媢媣媤媥媦媧媨媩媫媬�媭媮媯媰媱媴媶媷媹媺媻媼媽媿嫀嫃嫄嫅嫆嫇嫈嫊嫋嫍嫎嫏嫐嫑嫓嫕嫗嫙嫚嫛嫝嫞嫟嫢嫤嫥嫧嫨嫪嫬嫭嫮嫯嫰嫲嫳嫴嫵嫶嫷嫸嫹嫺嫻嫼嫽嫾嫿嬀嬁嬂嬃嬄嬅嬆嬇嬈嬊嬋嬌嬍嬎嬏嬐嬑嬒嬓嬔嬕嬘嬙嬚嬛嬜嬝嬞嬟嬠嬡嬢嬣嬤嬥嬦嬧嬨嬩嬪嬫嬬嬭嬮嬯嬰嬱嬳嬵嬶嬸嬹嬺嬻嬼嬽嬾嬿孁孂孃孄孅孆孇�\".split(\"\");\nfor(j = 0; j != D[139].length; ++j) if(D[139][j].charCodeAt(0) !== 0xFFFD) { e[D[139][j]] = 35584 + j; d[35584 + j] = D[139][j];}\nD[140] = \"����������������������������������������������������������������孈孉孊孋孌孍孎孏孒孖孞孠孡孧孨孫孭孮孯孲孴孶孷學孹孻孼孾孿宂宆宊宍宎宐宑宒宔宖実宧宨宩宬宭宮宯宱宲宷宺宻宼寀寁寃寈寉寊寋寍寎寏�寑寔寕寖寗寘寙寚寛寜寠寢寣實寧審寪寫寬寭寯寱寲寳寴寵寶寷寽対尀専尃尅將專尋尌對導尐尒尓尗尙尛尞尟尠尡尣尦尨尩尪尫尭尮尯尰尲尳尵尶尷屃屄屆屇屌屍屒屓屔屖屗屘屚屛屜屝屟屢層屧屨屩屪屫屬屭屰屲屳屴屵屶屷屸屻屼屽屾岀岃岄岅岆岇岉岊岋岎岏岒岓岕岝岞岟岠岡岤岥岦岧岨�\".split(\"\");\nfor(j = 0; j != D[140].length; ++j) if(D[140][j].charCodeAt(0) !== 0xFFFD) { e[D[140][j]] = 35840 + j; d[35840 + j] = D[140][j];}\nD[141] = \"����������������������������������������������������������������岪岮岯岰岲岴岶岹岺岻岼岾峀峂峃峅峆峇峈峉峊峌峍峎峏峐峑峓峔峕峖峗峘峚峛峜峝峞峟峠峢峣峧峩峫峬峮峯峱峲峳峴峵島峷峸峹峺峼峽峾峿崀�崁崄崅崈崉崊崋崌崍崏崐崑崒崓崕崗崘崙崚崜崝崟崠崡崢崣崥崨崪崫崬崯崰崱崲崳崵崶崷崸崹崺崻崼崿嵀嵁嵂嵃嵄嵅嵆嵈嵉嵍嵎嵏嵐嵑嵒嵓嵔嵕嵖嵗嵙嵚嵜嵞嵟嵠嵡嵢嵣嵤嵥嵦嵧嵨嵪嵭嵮嵰嵱嵲嵳嵵嵶嵷嵸嵹嵺嵻嵼嵽嵾嵿嶀嶁嶃嶄嶅嶆嶇嶈嶉嶊嶋嶌嶍嶎嶏嶐嶑嶒嶓嶔嶕嶖嶗嶘嶚嶛嶜嶞嶟嶠�\".split(\"\");\nfor(j = 0; j != D[141].length; ++j) if(D[141][j].charCodeAt(0) !== 0xFFFD) { e[D[141][j]] = 36096 + j; d[36096 + j] = D[141][j];}\nD[142] = \"����������������������������������������������������������������嶡嶢嶣嶤嶥嶦嶧嶨嶩嶪嶫嶬嶭嶮嶯嶰嶱嶲嶳嶴嶵嶶嶸嶹嶺嶻嶼嶽嶾嶿巀巁巂巃巄巆巇巈巉巊巋巌巎巏巐巑巒巓巔巕巖巗巘巙巚巜巟巠巣巤巪巬巭�巰巵巶巸巹巺巻巼巿帀帄帇帉帊帋帍帎帒帓帗帞帟帠帡帢帣帤帥帨帩帪師帬帯帰帲帳帴帵帶帹帺帾帿幀幁幃幆幇幈幉幊幋幍幎幏幐幑幒幓幖幗幘幙幚幜幝幟幠幣幤幥幦幧幨幩幪幫幬幭幮幯幰幱幵幷幹幾庁庂広庅庈庉庌庍庎庒庘庛庝庡庢庣庤庨庩庪庫庬庮庯庰庱庲庴庺庻庼庽庿廀廁廂廃廄廅�\".split(\"\");\nfor(j = 0; j != D[142].length; ++j) if(D[142][j].charCodeAt(0) !== 0xFFFD) { e[D[142][j]] = 36352 + j; d[36352 + j] = D[142][j];}\nD[143] = \"����������������������������������������������������������������廆廇廈廋廌廍廎廏廐廔廕廗廘廙廚廜廝廞廟廠廡廢廣廤廥廦廧廩廫廬廭廮廯廰廱廲廳廵廸廹廻廼廽弅弆弇弉弌弍弎弐弒弔弖弙弚弜弝弞弡弢弣弤�弨弫弬弮弰弲弳弴張弶強弸弻弽弾弿彁彂彃彄彅彆彇彈彉彊彋彌彍彎彏彑彔彙彚彛彜彞彟彠彣彥彧彨彫彮彯彲彴彵彶彸彺彽彾彿徃徆徍徎徏徑従徔徖徚徛徝從徟徠徢徣徤徥徦徧復徫徬徯徰徱徲徳徴徶徸徹徺徻徾徿忀忁忂忇忈忊忋忎忓忔忕忚忛応忞忟忢忣忥忦忨忩忬忯忰忲忳忴忶忷忹忺忼怇�\".split(\"\");\nfor(j = 0; j != D[143].length; ++j) if(D[143][j].charCodeAt(0) !== 0xFFFD) { e[D[143][j]] = 36608 + j; d[36608 + j] = D[143][j];}\nD[144] = \"����������������������������������������������������������������怈怉怋怌怐怑怓怗怘怚怞怟怢怣怤怬怭怮怰怱怲怳怴怶怷怸怹怺怽怾恀恄恅恆恇恈恉恊恌恎恏恑恓恔恖恗恘恛恜恞恟恠恡恥恦恮恱恲恴恵恷恾悀�悁悂悅悆悇悈悊悋悎悏悐悑悓悕悗悘悙悜悞悡悢悤悥悧悩悪悮悰悳悵悶悷悹悺悽悾悿惀惁惂惃惄惇惈惉惌惍惎惏惐惒惓惔惖惗惙惛惞惡惢惣惤惥惪惱惲惵惷惸惻惼惽惾惿愂愃愄愅愇愊愋愌愐愑愒愓愔愖愗愘愙愛愜愝愞愡愢愥愨愩愪愬愭愮愯愰愱愲愳愴愵愶愷愸愹愺愻愼愽愾慀慁慂慃慄慅慆�\".split(\"\");\nfor(j = 0; j != D[144].length; ++j) if(D[144][j].charCodeAt(0) !== 0xFFFD) { e[D[144][j]] = 36864 + j; d[36864 + j] = D[144][j];}\nD[145] = \"����������������������������������������������������������������慇慉態慍慏慐慒慓慔慖慗慘慙慚慛慜慞慟慠慡慣慤慥慦慩慪慫慬慭慮慯慱慲慳慴慶慸慹慺慻慼慽慾慿憀憁憂憃憄憅憆憇憈憉憊憌憍憏憐憑憒憓憕�憖憗憘憙憚憛憜憞憟憠憡憢憣憤憥憦憪憫憭憮憯憰憱憲憳憴憵憶憸憹憺憻憼憽憿懀懁懃懄懅懆懇應懌懍懎懏懐懓懕懖懗懘懙懚懛懜懝懞懟懠懡懢懣懤懥懧懨懩懪懫懬懭懮懯懰懱懲懳懴懶懷懸懹懺懻懼懽懾戀戁戂戃戄戅戇戉戓戔戙戜戝戞戠戣戦戧戨戩戫戭戯戰戱戲戵戶戸戹戺戻戼扂扄扅扆扊�\".split(\"\");\nfor(j = 0; j != D[145].length; ++j) if(D[145][j].charCodeAt(0) !== 0xFFFD) { e[D[145][j]] = 37120 + j; d[37120 + j] = D[145][j];}\nD[146] = \"����������������������������������������������������������������扏扐払扖扗扙扚扜扝扞扟扠扡扢扤扥扨扱扲扴扵扷扸扺扻扽抁抂抃抅抆抇抈抋抌抍抎抏抐抔抙抜抝択抣抦抧抩抪抭抮抯抰抲抳抴抶抷抸抺抾拀拁�拃拋拏拑拕拝拞拠拡拤拪拫拰拲拵拸拹拺拻挀挃挄挅挆挊挋挌挍挏挐挒挓挔挕挗挘挙挜挦挧挩挬挭挮挰挱挳挴挵挶挷挸挻挼挾挿捀捁捄捇捈捊捑捒捓捔捖捗捘捙捚捛捜捝捠捤捥捦捨捪捫捬捯捰捲捳捴捵捸捹捼捽捾捿掁掃掄掅掆掋掍掑掓掔掕掗掙掚掛掜掝掞掟採掤掦掫掯掱掲掵掶掹掻掽掿揀�\".split(\"\");\nfor(j = 0; j != D[146].length; ++j) if(D[146][j].charCodeAt(0) !== 0xFFFD) { e[D[146][j]] = 37376 + j; d[37376 + j] = D[146][j];}\nD[147] = \"����������������������������������������������������������������揁揂揃揅揇揈揊揋揌揑揓揔揕揗揘揙揚換揜揝揟揢揤揥揦揧揨揫揬揮揯揰揱揳揵揷揹揺揻揼揾搃搄搆搇搈搉搊損搎搑搒搕搖搗搘搙搚搝搟搢搣搤�搥搧搨搩搫搮搯搰搱搲搳搵搶搷搸搹搻搼搾摀摂摃摉摋摌摍摎摏摐摑摓摕摖摗摙摚摛摜摝摟摠摡摢摣摤摥摦摨摪摫摬摮摯摰摱摲摳摴摵摶摷摻摼摽摾摿撀撁撃撆撈撉撊撋撌撍撎撏撐撓撔撗撘撚撛撜撝撟撠撡撢撣撥撦撧撨撪撫撯撱撲撳撴撶撹撻撽撾撿擁擃擄擆擇擈擉擊擋擌擏擑擓擔擕擖擙據�\".split(\"\");\nfor(j = 0; j != D[147].length; ++j) if(D[147][j].charCodeAt(0) !== 0xFFFD) { e[D[147][j]] = 37632 + j; d[37632 + j] = D[147][j];}\nD[148] = \"����������������������������������������������������������������擛擜擝擟擠擡擣擥擧擨擩擪擫擬擭擮擯擰擱擲擳擴擵擶擷擸擹擺擻擼擽擾擿攁攂攃攄攅攆攇攈攊攋攌攍攎攏攐攑攓攔攕攖攗攙攚攛攜攝攞攟攠攡�攢攣攤攦攧攨攩攪攬攭攰攱攲攳攷攺攼攽敀敁敂敃敄敆敇敊敋敍敎敐敒敓敔敗敘敚敜敟敠敡敤敥敧敨敩敪敭敮敯敱敳敵敶數敹敺敻敼敽敾敿斀斁斂斃斄斅斆斈斉斊斍斎斏斒斔斕斖斘斚斝斞斠斢斣斦斨斪斬斮斱斲斳斴斵斶斷斸斺斻斾斿旀旂旇旈旉旊旍旐旑旓旔旕旘旙旚旛旜旝旞旟旡旣旤旪旫�\".split(\"\");\nfor(j = 0; j != D[148].length; ++j) if(D[148][j].charCodeAt(0) !== 0xFFFD) { e[D[148][j]] = 37888 + j; d[37888 + j] = D[148][j];}\nD[149] = \"����������������������������������������������������������������旲旳旴旵旸旹旻旼旽旾旿昁昄昅昇昈昉昋昍昐昑昒昖昗昘昚昛昜昞昡昢昣昤昦昩昪昫昬昮昰昲昳昷昸昹昺昻昽昿晀時晄晅晆晇晈晉晊晍晎晐晑晘�晙晛晜晝晞晠晢晣晥晧晩晪晫晬晭晱晲晳晵晸晹晻晼晽晿暀暁暃暅暆暈暉暊暋暍暎暏暐暒暓暔暕暘暙暚暛暜暞暟暠暡暢暣暤暥暦暩暪暫暬暭暯暰暱暲暳暵暶暷暸暺暻暼暽暿曀曁曂曃曄曅曆曇曈曉曊曋曌曍曎曏曐曑曒曓曔曕曖曗曘曚曞曟曠曡曢曣曤曥曧曨曪曫曬曭曮曯曱曵曶書曺曻曽朁朂會�\".split(\"\");\nfor(j = 0; j != D[149].length; ++j) if(D[149][j].charCodeAt(0) !== 0xFFFD) { e[D[149][j]] = 38144 + j; d[38144 + j] = D[149][j];}\nD[150] = \"����������������������������������������������������������������朄朅朆朇朌朎朏朑朒朓朖朘朙朚朜朞朠朡朢朣朤朥朧朩朮朰朲朳朶朷朸朹朻朼朾朿杁杄杅杇杊杋杍杒杔杕杗杘杙杚杛杝杢杣杤杦杧杫杬杮東杴杶�杸杹杺杻杽枀枂枃枅枆枈枊枌枍枎枏枑枒枓枔枖枙枛枟枠枡枤枦枩枬枮枱枲枴枹枺枻枼枽枾枿柀柂柅柆柇柈柉柊柋柌柍柎柕柖柗柛柟柡柣柤柦柧柨柪柫柭柮柲柵柶柷柸柹柺査柼柾栁栂栃栄栆栍栐栒栔栕栘栙栚栛栜栞栟栠栢栣栤栥栦栧栨栫栬栭栮栯栰栱栴栵栶栺栻栿桇桋桍桏桒桖桗桘桙桚桛�\".split(\"\");\nfor(j = 0; j != D[150].length; ++j) if(D[150][j].charCodeAt(0) !== 0xFFFD) { e[D[150][j]] = 38400 + j; d[38400 + j] = D[150][j];}\nD[151] = \"����������������������������������������������������������������桜桝桞桟桪桬桭桮桯桰桱桲桳桵桸桹桺桻桼桽桾桿梀梂梄梇梈梉梊梋梌梍梎梐梑梒梔梕梖梘梙梚梛梜條梞梟梠梡梣梤梥梩梪梫梬梮梱梲梴梶梷梸�梹梺梻梼梽梾梿棁棃棄棅棆棇棈棊棌棎棏棐棑棓棔棖棗棙棛棜棝棞棟棡棢棤棥棦棧棨棩棪棫棬棭棯棲棳棴棶棷棸棻棽棾棿椀椂椃椄椆椇椈椉椊椌椏椑椓椔椕椖椗椘椙椚椛検椝椞椡椢椣椥椦椧椨椩椪椫椬椮椯椱椲椳椵椶椷椸椺椻椼椾楀楁楃楄楅楆楇楈楉楊楋楌楍楎楏楐楑楒楓楕楖楘楙楛楜楟�\".split(\"\");\nfor(j = 0; j != D[151].length; ++j) if(D[151][j].charCodeAt(0) !== 0xFFFD) { e[D[151][j]] = 38656 + j; d[38656 + j] = D[151][j];}\nD[152] = \"����������������������������������������������������������������楡楢楤楥楧楨楩楪楬業楯楰楲楳楴極楶楺楻楽楾楿榁榃榅榊榋榌榎榏榐榑榒榓榖榗榙榚榝榞榟榠榡榢榣榤榥榦榩榪榬榮榯榰榲榳榵榶榸榹榺榼榽�榾榿槀槂槃槄槅槆槇槈槉構槍槏槑槒槓槕槖槗様槙槚槜槝槞槡槢槣槤槥槦槧槨槩槪槫槬槮槯槰槱槳槴槵槶槷槸槹槺槻槼槾樀樁樂樃樄樅樆樇樈樉樋樌樍樎樏樐樑樒樓樔樕樖標樚樛樜樝樞樠樢樣樤樥樦樧権樫樬樭樮樰樲樳樴樶樷樸樹樺樻樼樿橀橁橂橃橅橆橈橉橊橋橌橍橎橏橑橒橓橔橕橖橗橚�\".split(\"\");\nfor(j = 0; j != D[152].length; ++j) if(D[152][j].charCodeAt(0) !== 0xFFFD) { e[D[152][j]] = 38912 + j; d[38912 + j] = D[152][j];}\nD[153] = \"����������������������������������������������������������������橜橝橞機橠橢橣橤橦橧橨橩橪橫橬橭橮橯橰橲橳橴橵橶橷橸橺橻橽橾橿檁檂檃檅檆檇檈檉檊檋檌檍檏檒檓檔檕檖檘檙檚檛檜檝檞檟檡檢檣檤檥檦�檧檨檪檭檮檯檰檱檲檳檴檵檶檷檸檹檺檻檼檽檾檿櫀櫁櫂櫃櫄櫅櫆櫇櫈櫉櫊櫋櫌櫍櫎櫏櫐櫑櫒櫓櫔櫕櫖櫗櫘櫙櫚櫛櫜櫝櫞櫟櫠櫡櫢櫣櫤櫥櫦櫧櫨櫩櫪櫫櫬櫭櫮櫯櫰櫱櫲櫳櫴櫵櫶櫷櫸櫹櫺櫻櫼櫽櫾櫿欀欁欂欃欄欅欆欇欈欉權欋欌欍欎欏欐欑欒欓欔欕欖欗欘欙欚欛欜欝欞欟欥欦欨欩欪欫欬欭欮�\".split(\"\");\nfor(j = 0; j != D[153].length; ++j) if(D[153][j].charCodeAt(0) !== 0xFFFD) { e[D[153][j]] = 39168 + j; d[39168 + j] = D[153][j];}\nD[154] = \"����������������������������������������������������������������欯欰欱欳欴欵欶欸欻欼欽欿歀歁歂歄歅歈歊歋歍歎歏歐歑歒歓歔歕歖歗歘歚歛歜歝歞歟歠歡歨歩歫歬歭歮歯歰歱歲歳歴歵歶歷歸歺歽歾歿殀殅殈�殌殎殏殐殑殔殕殗殘殙殜殝殞殟殠殢殣殤殥殦殧殨殩殫殬殭殮殯殰殱殲殶殸殹殺殻殼殽殾毀毃毄毆毇毈毉毊毌毎毐毑毘毚毜毝毞毟毠毢毣毤毥毦毧毨毩毬毭毮毰毱毲毴毶毷毸毺毻毼毾毿氀氁氂氃氄氈氉氊氋氌氎氒気氜氝氞氠氣氥氫氬氭氱氳氶氷氹氺氻氼氾氿汃汄汅汈汋汌汍汎汏汑汒汓汖汘�\".split(\"\");\nfor(j = 0; j != D[154].length; ++j) if(D[154][j].charCodeAt(0) !== 0xFFFD) { e[D[154][j]] = 39424 + j; d[39424 + j] = D[154][j];}\nD[155] = \"����������������������������������������������������������������汙汚汢汣汥汦汧汫汬汭汮汯汱汳汵汷汸決汻汼汿沀沄沇沊沋沍沎沑沒沕沖沗沘沚沜沝沞沠沢沨沬沯沰沴沵沶沷沺泀況泂泃泆泇泈泋泍泎泏泑泒泘�泙泚泜泝泟泤泦泧泩泬泭泲泴泹泿洀洂洃洅洆洈洉洊洍洏洐洑洓洔洕洖洘洜洝洟洠洡洢洣洤洦洨洩洬洭洯洰洴洶洷洸洺洿浀浂浄浉浌浐浕浖浗浘浛浝浟浡浢浤浥浧浨浫浬浭浰浱浲浳浵浶浹浺浻浽浾浿涀涁涃涄涆涇涊涋涍涏涐涒涖涗涘涙涚涜涢涥涬涭涰涱涳涴涶涷涹涺涻涼涽涾淁淂淃淈淉淊�\".split(\"\");\nfor(j = 0; j != D[155].length; ++j) if(D[155][j].charCodeAt(0) !== 0xFFFD) { e[D[155][j]] = 39680 + j; d[39680 + j] = D[155][j];}\nD[156] = \"����������������������������������������������������������������淍淎淏淐淒淓淔淕淗淚淛淜淟淢淣淥淧淨淩淪淭淯淰淲淴淵淶淸淺淽淾淿渀渁渂渃渄渆渇済渉渋渏渒渓渕渘渙減渜渞渟渢渦渧渨渪測渮渰渱渳渵�渶渷渹渻渼渽渾渿湀湁湂湅湆湇湈湉湊湋湌湏湐湑湒湕湗湙湚湜湝湞湠湡湢湣湤湥湦湧湨湩湪湬湭湯湰湱湲湳湴湵湶湷湸湹湺湻湼湽満溁溂溄溇溈溊溋溌溍溎溑溒溓溔溕準溗溙溚溛溝溞溠溡溣溤溦溨溩溫溬溭溮溰溳溵溸溹溼溾溿滀滃滄滅滆滈滉滊滌滍滎滐滒滖滘滙滛滜滝滣滧滪滫滬滭滮滯�\".split(\"\");\nfor(j = 0; j != D[156].length; ++j) if(D[156][j].charCodeAt(0) !== 0xFFFD) { e[D[156][j]] = 39936 + j; d[39936 + j] = D[156][j];}\nD[157] = \"����������������������������������������������������������������滰滱滲滳滵滶滷滸滺滻滼滽滾滿漀漁漃漄漅漇漈漊漋漌漍漎漐漑漒漖漗漘漙漚漛漜漝漞漟漡漢漣漥漦漧漨漬漮漰漲漴漵漷漸漹漺漻漼漽漿潀潁潂�潃潄潅潈潉潊潌潎潏潐潑潒潓潔潕潖潗潙潚潛潝潟潠潡潣潤潥潧潨潩潪潫潬潯潰潱潳潵潶潷潹潻潽潾潿澀澁澂澃澅澆澇澊澋澏澐澑澒澓澔澕澖澗澘澙澚澛澝澞澟澠澢澣澤澥澦澨澩澪澫澬澭澮澯澰澱澲澴澵澷澸澺澻澼澽澾澿濁濃濄濅濆濇濈濊濋濌濍濎濏濐濓濔濕濖濗濘濙濚濛濜濝濟濢濣濤濥�\".split(\"\");\nfor(j = 0; j != D[157].length; ++j) if(D[157][j].charCodeAt(0) !== 0xFFFD) { e[D[157][j]] = 40192 + j; d[40192 + j] = D[157][j];}\nD[158] = \"����������������������������������������������������������������濦濧濨濩濪濫濬濭濰濱濲濳濴濵濶濷濸濹濺濻濼濽濾濿瀀瀁瀂瀃瀄瀅瀆瀇瀈瀉瀊瀋瀌瀍瀎瀏瀐瀒瀓瀔瀕瀖瀗瀘瀙瀜瀝瀞瀟瀠瀡瀢瀤瀥瀦瀧瀨瀩瀪�瀫瀬瀭瀮瀯瀰瀱瀲瀳瀴瀶瀷瀸瀺瀻瀼瀽瀾瀿灀灁灂灃灄灅灆灇灈灉灊灋灍灎灐灑灒灓灔灕灖灗灘灙灚灛灜灝灟灠灡灢灣灤灥灦灧灨灩灪灮灱灲灳灴灷灹灺灻災炁炂炃炄炆炇炈炋炌炍炏炐炑炓炗炘炚炛炞炟炠炡炢炣炤炥炦炧炨炩炪炰炲炴炵炶為炾炿烄烅烆烇烉烋烌烍烎烏烐烑烒烓烔烕烖烗烚�\".split(\"\");\nfor(j = 0; j != D[158].length; ++j) if(D[158][j].charCodeAt(0) !== 0xFFFD) { e[D[158][j]] = 40448 + j; d[40448 + j] = D[158][j];}\nD[159] = \"����������������������������������������������������������������烜烝烞烠烡烢烣烥烪烮烰烱烲烳烴烵烶烸烺烻烼烾烿焀焁焂焃焄焅焆焇焈焋焌焍焎焏焑焒焔焗焛焜焝焞焟焠無焢焣焤焥焧焨焩焪焫焬焭焮焲焳焴�焵焷焸焹焺焻焼焽焾焿煀煁煂煃煄煆煇煈煉煋煍煏煐煑煒煓煔煕煖煗煘煙煚煛煝煟煠煡煢煣煥煩煪煫煬煭煯煰煱煴煵煶煷煹煻煼煾煿熀熁熂熃熅熆熇熈熉熋熌熍熎熐熑熒熓熕熖熗熚熛熜熝熞熡熢熣熤熥熦熧熩熪熫熭熮熯熰熱熲熴熶熷熸熺熻熼熽熾熿燀燁燂燄燅燆燇燈燉燊燋燌燍燏燐燑燒燓�\".split(\"\");\nfor(j = 0; j != D[159].length; ++j) if(D[159][j].charCodeAt(0) !== 0xFFFD) { e[D[159][j]] = 40704 + j; d[40704 + j] = D[159][j];}\nD[160] = \"����������������������������������������������������������������燖燗燘燙燚燛燜燝燞營燡燢燣燤燦燨燩燪燫燬燭燯燰燱燲燳燴燵燶燷燸燺燻燼燽燾燿爀爁爂爃爄爅爇爈爉爊爋爌爍爎爏爐爑爒爓爔爕爖爗爘爙爚�爛爜爞爟爠爡爢爣爤爥爦爧爩爫爭爮爯爲爳爴爺爼爾牀牁牂牃牄牅牆牉牊牋牎牏牐牑牓牔牕牗牘牚牜牞牠牣牤牥牨牪牫牬牭牰牱牳牴牶牷牸牻牼牽犂犃犅犆犇犈犉犌犎犐犑犓犔犕犖犗犘犙犚犛犜犝犞犠犡犢犣犤犥犦犧犨犩犪犫犮犱犲犳犵犺犻犼犽犾犿狀狅狆狇狉狊狋狌狏狑狓狔狕狖狘狚狛�\".split(\"\");\nfor(j = 0; j != D[160].length; ++j) if(D[160][j].charCodeAt(0) !== 0xFFFD) { e[D[160][j]] = 40960 + j; d[40960 + j] = D[160][j];}\nD[161] = \"����������������������������������������������������������������������������������������������������������������������������������������������������������������� 、。·ˉˇ¨〃々—～‖…‘’“”〔〕〈〉《》「」『』〖〗【】±×÷∶∧∨∑∏∪∩∈∷√⊥∥∠⌒⊙∫∮≡≌≈∽∝≠≮≯≤≥∞∵∴♂♀°′″℃＄¤￠￡‰§№☆★○●◎◇◆□■△▲※→←↑↓〓�\".split(\"\");\nfor(j = 0; j != D[161].length; ++j) if(D[161][j].charCodeAt(0) !== 0xFFFD) { e[D[161][j]] = 41216 + j; d[41216 + j] = D[161][j];}\nD[162] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������ⅰⅱⅲⅳⅴⅵⅶⅷⅸⅹ������⒈⒉⒊⒋⒌⒍⒎⒏⒐⒑⒒⒓⒔⒕⒖⒗⒘⒙⒚⒛⑴⑵⑶⑷⑸⑹⑺⑻⑼⑽⑾⑿⒀⒁⒂⒃⒄⒅⒆⒇①②③④⑤⑥⑦⑧⑨⑩��㈠㈡㈢㈣㈤㈥㈦㈧㈨㈩��ⅠⅡⅢⅣⅤⅥⅦⅧⅨⅩⅪⅫ���\".split(\"\");\nfor(j = 0; j != D[162].length; ++j) if(D[162][j].charCodeAt(0) !== 0xFFFD) { e[D[162][j]] = 41472 + j; d[41472 + j] = D[162][j];}\nD[163] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������！＂＃￥％＆＇（）＊＋，－．／０１２３４５６７８９：；＜＝＞？＠ＡＢＣＤＥＦＧＨＩＪＫＬＭＮＯＰＱＲＳＴＵＶＷＸＹＺ［＼］＾＿｀ａｂｃｄｅｆｇｈｉｊｋｌｍｎｏｐｑｒｓｔｕｖｗｘｙｚ｛｜｝￣�\".split(\"\");\nfor(j = 0; j != D[163].length; ++j) if(D[163][j].charCodeAt(0) !== 0xFFFD) { e[D[163][j]] = 41728 + j; d[41728 + j] = D[163][j];}\nD[164] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������ぁあぃいぅうぇえぉおかがきぎくぐけげこごさざしじすずせぜそぞただちぢっつづてでとどなにぬねのはばぱひびぴふぶぷへべぺほぼぽまみむめもゃやゅゆょよらりるれろゎわゐゑをん������������\".split(\"\");\nfor(j = 0; j != D[164].length; ++j) if(D[164][j].charCodeAt(0) !== 0xFFFD) { e[D[164][j]] = 41984 + j; d[41984 + j] = D[164][j];}\nD[165] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������ァアィイゥウェエォオカガキギクグケゲコゴサザシジスズセゼソゾタダチヂッツヅテデトドナニヌネノハバパヒビピフブプヘベペホボポマミムメモャヤュユョヨラリルレロヮワヰヱヲンヴヵヶ���������\".split(\"\");\nfor(j = 0; j != D[165].length; ++j) if(D[165][j].charCodeAt(0) !== 0xFFFD) { e[D[165][j]] = 42240 + j; d[42240 + j] = D[165][j];}\nD[166] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������ΑΒΓΔΕΖΗΘΙΚΛΜΝΞΟΠΡΣΤΥΦΧΨΩ��������αβγδεζηθικλμνξοπρστυφχψω�������︵︶︹︺︿﹀︽︾﹁﹂﹃﹄��︻︼︷︸︱�︳︴����������\".split(\"\");\nfor(j = 0; j != D[166].length; ++j) if(D[166][j].charCodeAt(0) !== 0xFFFD) { e[D[166][j]] = 42496 + j; d[42496 + j] = D[166][j];}\nD[167] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������АБВГДЕЁЖЗИЙКЛМНОПРСТУФХЦЧШЩЪЫЬЭЮЯ���������������абвгдеёжзийклмнопрстуфхцчшщъыьэюя��������������\".split(\"\");\nfor(j = 0; j != D[167].length; ++j) if(D[167][j].charCodeAt(0) !== 0xFFFD) { e[D[167][j]] = 42752 + j; d[42752 + j] = D[167][j];}\nD[168] = \"����������������������������������������������������������������ˊˋ˙–―‥‵℅℉↖↗↘↙∕∟∣≒≦≧⊿═║╒╓╔╕╖╗╘╙╚╛╜╝╞╟╠╡╢╣╤╥╦╧╨╩╪╫╬╭╮╯╰╱╲╳▁▂▃▄▅▆▇�█▉▊▋▌▍▎▏▓▔▕▼▽◢◣◤◥☉⊕〒〝〞�����������āáǎàēéěèīíǐìōóǒòūúǔùǖǘǚǜüêɑ�ńň�ɡ����ㄅㄆㄇㄈㄉㄊㄋㄌㄍㄎㄏㄐㄑㄒㄓㄔㄕㄖㄗㄘㄙㄚㄛㄜㄝㄞㄟㄠㄡㄢㄣㄤㄥㄦㄧㄨㄩ����������������������\".split(\"\");\nfor(j = 0; j != D[168].length; ++j) if(D[168][j].charCodeAt(0) !== 0xFFFD) { e[D[168][j]] = 43008 + j; d[43008 + j] = D[168][j];}\nD[169] = \"����������������������������������������������������������������〡〢〣〤〥〦〧〨〩㊣㎎㎏㎜㎝㎞㎡㏄㏎㏑㏒㏕︰￢￤�℡㈱�‐���ー゛゜ヽヾ〆ゝゞ﹉﹊﹋﹌﹍﹎﹏﹐﹑﹒﹔﹕﹖﹗﹙﹚﹛﹜﹝﹞﹟﹠﹡�﹢﹣﹤﹥﹦﹨﹩﹪﹫�������������〇�������������─━│┃┄┅┆┇┈┉┊┋┌┍┎┏┐┑┒┓└┕┖┗┘┙┚┛├┝┞┟┠┡┢┣┤┥┦┧┨┩┪┫┬┭┮┯┰┱┲┳┴┵┶┷┸┹┺┻┼┽┾┿╀╁╂╃╄╅╆╇╈╉╊╋����������������\".split(\"\");\nfor(j = 0; j != D[169].length; ++j) if(D[169][j].charCodeAt(0) !== 0xFFFD) { e[D[169][j]] = 43264 + j; d[43264 + j] = D[169][j];}\nD[170] = \"����������������������������������������������������������������狜狝狟狢狣狤狥狦狧狪狫狵狶狹狽狾狿猀猂猄猅猆猇猈猉猋猌猍猏猐猑猒猔猘猙猚猟猠猣猤猦猧猨猭猯猰猲猳猵猶猺猻猼猽獀獁獂獃獄獅獆獇獈�獉獊獋獌獎獏獑獓獔獕獖獘獙獚獛獜獝獞獟獡獢獣獤獥獦獧獨獩獪獫獮獰獱�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[170].length; ++j) if(D[170][j].charCodeAt(0) !== 0xFFFD) { e[D[170][j]] = 43520 + j; d[43520 + j] = D[170][j];}\nD[171] = \"����������������������������������������������������������������獲獳獴獵獶獷獸獹獺獻獼獽獿玀玁玂玃玅玆玈玊玌玍玏玐玒玓玔玕玗玘玙玚玜玝玞玠玡玣玤玥玦玧玨玪玬玭玱玴玵玶玸玹玼玽玾玿珁珃珄珅珆珇�珋珌珎珒珓珔珕珖珗珘珚珛珜珝珟珡珢珣珤珦珨珪珫珬珮珯珰珱珳珴珵珶珷�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[171].length; ++j) if(D[171][j].charCodeAt(0) !== 0xFFFD) { e[D[171][j]] = 43776 + j; d[43776 + j] = D[171][j];}\nD[172] = \"����������������������������������������������������������������珸珹珺珻珼珽現珿琀琁琂琄琇琈琋琌琍琎琑琒琓琔琕琖琗琘琙琜琝琞琟琠琡琣琤琧琩琫琭琯琱琲琷琸琹琺琻琽琾琿瑀瑂瑃瑄瑅瑆瑇瑈瑉瑊瑋瑌瑍�瑎瑏瑐瑑瑒瑓瑔瑖瑘瑝瑠瑡瑢瑣瑤瑥瑦瑧瑨瑩瑪瑫瑬瑮瑯瑱瑲瑳瑴瑵瑸瑹瑺�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[172].length; ++j) if(D[172][j].charCodeAt(0) !== 0xFFFD) { e[D[172][j]] = 44032 + j; d[44032 + j] = D[172][j];}\nD[173] = \"����������������������������������������������������������������瑻瑼瑽瑿璂璄璅璆璈璉璊璌璍璏璑璒璓璔璕璖璗璘璙璚璛璝璟璠璡璢璣璤璥璦璪璫璬璭璮璯環璱璲璳璴璵璶璷璸璹璻璼璽璾璿瓀瓁瓂瓃瓄瓅瓆瓇�瓈瓉瓊瓋瓌瓍瓎瓏瓐瓑瓓瓔瓕瓖瓗瓘瓙瓚瓛瓝瓟瓡瓥瓧瓨瓩瓪瓫瓬瓭瓰瓱瓲�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[173].length; ++j) if(D[173][j].charCodeAt(0) !== 0xFFFD) { e[D[173][j]] = 44288 + j; d[44288 + j] = D[173][j];}\nD[174] = \"����������������������������������������������������������������瓳瓵瓸瓹瓺瓻瓼瓽瓾甀甁甂甃甅甆甇甈甉甊甋甌甎甐甒甔甕甖甗甛甝甞甠甡產産甤甦甧甪甮甴甶甹甼甽甿畁畂畃畄畆畇畉畊畍畐畑畒畓畕畖畗畘�畝畞畟畠畡畢畣畤畧畨畩畫畬畭畮畯異畱畳畵當畷畺畻畼畽畾疀疁疂疄疅疇�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[174].length; ++j) if(D[174][j].charCodeAt(0) !== 0xFFFD) { e[D[174][j]] = 44544 + j; d[44544 + j] = D[174][j];}\nD[175] = \"����������������������������������������������������������������疈疉疊疌疍疎疐疓疕疘疛疜疞疢疦疧疨疩疪疭疶疷疺疻疿痀痁痆痋痌痎痏痐痑痓痗痙痚痜痝痟痠痡痥痩痬痭痮痯痲痳痵痶痷痸痺痻痽痾瘂瘄瘆瘇�瘈瘉瘋瘍瘎瘏瘑瘒瘓瘔瘖瘚瘜瘝瘞瘡瘣瘧瘨瘬瘮瘯瘱瘲瘶瘷瘹瘺瘻瘽癁療癄�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[175].length; ++j) if(D[175][j].charCodeAt(0) !== 0xFFFD) { e[D[175][j]] = 44800 + j; d[44800 + j] = D[175][j];}\nD[176] = \"����������������������������������������������������������������癅癆癇癈癉癊癋癎癏癐癑癒癓癕癗癘癙癚癛癝癟癠癡癢癤癥癦癧癨癩癪癬癭癮癰癱癲癳癴癵癶癷癹発發癿皀皁皃皅皉皊皌皍皏皐皒皔皕皗皘皚皛�皜皝皞皟皠皡皢皣皥皦皧皨皩皪皫皬皭皯皰皳皵皶皷皸皹皺皻皼皽皾盀盁盃啊阿埃挨哎唉哀皑癌蔼矮艾碍爱隘鞍氨安俺按暗岸胺案肮昂盎凹敖熬翱袄傲奥懊澳芭捌扒叭吧笆八疤巴拔跋靶把耙坝霸罢爸白柏百摆佰败拜稗斑班搬扳般颁板版扮拌伴瓣半办绊邦帮梆榜膀绑棒磅蚌镑傍谤苞胞包褒剥�\".split(\"\");\nfor(j = 0; j != D[176].length; ++j) if(D[176][j].charCodeAt(0) !== 0xFFFD) { e[D[176][j]] = 45056 + j; d[45056 + j] = D[176][j];}\nD[177] = \"����������������������������������������������������������������盄盇盉盋盌盓盕盙盚盜盝盞盠盡盢監盤盦盧盨盩盪盫盬盭盰盳盵盶盷盺盻盽盿眀眂眃眅眆眊県眎眏眐眑眒眓眔眕眖眗眘眛眜眝眞眡眣眤眥眧眪眫�眬眮眰眱眲眳眴眹眻眽眾眿睂睄睅睆睈睉睊睋睌睍睎睏睒睓睔睕睖睗睘睙睜薄雹保堡饱宝抱报暴豹鲍爆杯碑悲卑北辈背贝钡倍狈备惫焙被奔苯本笨崩绷甭泵蹦迸逼鼻比鄙笔彼碧蓖蔽毕毙毖币庇痹闭敝弊必辟壁臂避陛鞭边编贬扁便变卞辨辩辫遍标彪膘表鳖憋别瘪彬斌濒滨宾摈兵冰柄丙秉饼炳�\".split(\"\");\nfor(j = 0; j != D[177].length; ++j) if(D[177][j].charCodeAt(0) !== 0xFFFD) { e[D[177][j]] = 45312 + j; d[45312 + j] = D[177][j];}\nD[178] = \"����������������������������������������������������������������睝睞睟睠睤睧睩睪睭睮睯睰睱睲睳睴睵睶睷睸睺睻睼瞁瞂瞃瞆瞇瞈瞉瞊瞋瞏瞐瞓瞔瞕瞖瞗瞘瞙瞚瞛瞜瞝瞞瞡瞣瞤瞦瞨瞫瞭瞮瞯瞱瞲瞴瞶瞷瞸瞹瞺�瞼瞾矀矁矂矃矄矅矆矇矈矉矊矋矌矎矏矐矑矒矓矔矕矖矘矙矚矝矞矟矠矡矤病并玻菠播拨钵波博勃搏铂箔伯帛舶脖膊渤泊驳捕卜哺补埠不布步簿部怖擦猜裁材才财睬踩采彩菜蔡餐参蚕残惭惨灿苍舱仓沧藏操糙槽曹草厕策侧册测层蹭插叉茬茶查碴搽察岔差诧拆柴豺搀掺蝉馋谗缠铲产阐颤昌猖�\".split(\"\");\nfor(j = 0; j != D[178].length; ++j) if(D[178][j].charCodeAt(0) !== 0xFFFD) { e[D[178][j]] = 45568 + j; d[45568 + j] = D[178][j];}\nD[179] = \"����������������������������������������������������������������矦矨矪矯矰矱矲矴矵矷矹矺矻矼砃砄砅砆砇砈砊砋砎砏砐砓砕砙砛砞砠砡砢砤砨砪砫砮砯砱砲砳砵砶砽砿硁硂硃硄硆硈硉硊硋硍硏硑硓硔硘硙硚�硛硜硞硟硠硡硢硣硤硥硦硧硨硩硯硰硱硲硳硴硵硶硸硹硺硻硽硾硿碀碁碂碃场尝常长偿肠厂敞畅唱倡超抄钞朝嘲潮巢吵炒车扯撤掣彻澈郴臣辰尘晨忱沉陈趁衬撑称城橙成呈乘程惩澄诚承逞骋秤吃痴持匙池迟弛驰耻齿侈尺赤翅斥炽充冲虫崇宠抽酬畴踌稠愁筹仇绸瞅丑臭初出橱厨躇锄雏滁除楚�\".split(\"\");\nfor(j = 0; j != D[179].length; ++j) if(D[179][j].charCodeAt(0) !== 0xFFFD) { e[D[179][j]] = 45824 + j; d[45824 + j] = D[179][j];}\nD[180] = \"����������������������������������������������������������������碄碅碆碈碊碋碏碐碒碔碕碖碙碝碞碠碢碤碦碨碩碪碫碬碭碮碯碵碶碷碸確碻碼碽碿磀磂磃磄磆磇磈磌磍磎磏磑磒磓磖磗磘磚磛磜磝磞磟磠磡磢磣�磤磥磦磧磩磪磫磭磮磯磰磱磳磵磶磸磹磻磼磽磾磿礀礂礃礄礆礇礈礉礊礋礌础储矗搐触处揣川穿椽传船喘串疮窗幢床闯创吹炊捶锤垂春椿醇唇淳纯蠢戳绰疵茨磁雌辞慈瓷词此刺赐次聪葱囱匆从丛凑粗醋簇促蹿篡窜摧崔催脆瘁粹淬翠村存寸磋撮搓措挫错搭达答瘩打大呆歹傣戴带殆代贷袋待逮�\".split(\"\");\nfor(j = 0; j != D[180].length; ++j) if(D[180][j].charCodeAt(0) !== 0xFFFD) { e[D[180][j]] = 46080 + j; d[46080 + j] = D[180][j];}\nD[181] = \"����������������������������������������������������������������礍礎礏礐礑礒礔礕礖礗礘礙礚礛礜礝礟礠礡礢礣礥礦礧礨礩礪礫礬礭礮礯礰礱礲礳礵礶礷礸礹礽礿祂祃祄祅祇祊祋祌祍祎祏祐祑祒祔祕祘祙祡祣�祤祦祩祪祫祬祮祰祱祲祳祴祵祶祹祻祼祽祾祿禂禃禆禇禈禉禋禌禍禎禐禑禒怠耽担丹单郸掸胆旦氮但惮淡诞弹蛋当挡党荡档刀捣蹈倒岛祷导到稻悼道盗德得的蹬灯登等瞪凳邓堤低滴迪敌笛狄涤翟嫡抵底地蒂第帝弟递缔颠掂滇碘点典靛垫电佃甸店惦奠淀殿碉叼雕凋刁掉吊钓调跌爹碟蝶迭谍叠�\".split(\"\");\nfor(j = 0; j != D[181].length; ++j) if(D[181][j].charCodeAt(0) !== 0xFFFD) { e[D[181][j]] = 46336 + j; d[46336 + j] = D[181][j];}\nD[182] = \"����������������������������������������������������������������禓禔禕禖禗禘禙禛禜禝禞禟禠禡禢禣禤禥禦禨禩禪禫禬禭禮禯禰禱禲禴禵禶禷禸禼禿秂秄秅秇秈秊秌秎秏秐秓秔秖秗秙秚秛秜秝秞秠秡秢秥秨秪�秬秮秱秲秳秴秵秶秷秹秺秼秾秿稁稄稅稇稈稉稊稌稏稐稑稒稓稕稖稘稙稛稜丁盯叮钉顶鼎锭定订丢东冬董懂动栋侗恫冻洞兜抖斗陡豆逗痘都督毒犊独读堵睹赌杜镀肚度渡妒端短锻段断缎堆兑队对墩吨蹲敦顿囤钝盾遁掇哆多夺垛躲朵跺舵剁惰堕蛾峨鹅俄额讹娥恶厄扼遏鄂饿恩而儿耳尔饵洱二�\".split(\"\");\nfor(j = 0; j != D[182].length; ++j) if(D[182][j].charCodeAt(0) !== 0xFFFD) { e[D[182][j]] = 46592 + j; d[46592 + j] = D[182][j];}\nD[183] = \"����������������������������������������������������������������稝稟稡稢稤稥稦稧稨稩稪稫稬稭種稯稰稱稲稴稵稶稸稺稾穀穁穂穃穄穅穇穈穉穊穋穌積穎穏穐穒穓穔穕穖穘穙穚穛穜穝穞穟穠穡穢穣穤穥穦穧穨�穩穪穫穬穭穮穯穱穲穳穵穻穼穽穾窂窅窇窉窊窋窌窎窏窐窓窔窙窚窛窞窡窢贰发罚筏伐乏阀法珐藩帆番翻樊矾钒繁凡烦反返范贩犯饭泛坊芳方肪房防妨仿访纺放菲非啡飞肥匪诽吠肺废沸费芬酚吩氛分纷坟焚汾粉奋份忿愤粪丰封枫蜂峰锋风疯烽逢冯缝讽奉凤佛否夫敷肤孵扶拂辐幅氟符伏俘服�\".split(\"\");\nfor(j = 0; j != D[183].length; ++j) if(D[183][j].charCodeAt(0) !== 0xFFFD) { e[D[183][j]] = 46848 + j; d[46848 + j] = D[183][j];}\nD[184] = \"����������������������������������������������������������������窣窤窧窩窪窫窮窯窰窱窲窴窵窶窷窸窹窺窻窼窽窾竀竁竂竃竄竅竆竇竈竉竊竌竍竎竏竐竑竒竓竔竕竗竘竚竛竜竝竡竢竤竧竨竩竪竫竬竮竰竱竲竳�竴竵競竷竸竻竼竾笀笁笂笅笇笉笌笍笎笐笒笓笖笗笘笚笜笝笟笡笢笣笧笩笭浮涪福袱弗甫抚辅俯釜斧脯腑府腐赴副覆赋复傅付阜父腹负富讣附妇缚咐噶嘎该改概钙盖溉干甘杆柑竿肝赶感秆敢赣冈刚钢缸肛纲岗港杠篙皋高膏羔糕搞镐稿告哥歌搁戈鸽胳疙割革葛格蛤阁隔铬个各给根跟耕更庚羹�\".split(\"\");\nfor(j = 0; j != D[184].length; ++j) if(D[184][j].charCodeAt(0) !== 0xFFFD) { e[D[184][j]] = 47104 + j; d[47104 + j] = D[184][j];}\nD[185] = \"����������������������������������������������������������������笯笰笲笴笵笶笷笹笻笽笿筀筁筂筃筄筆筈筊筍筎筓筕筗筙筜筞筟筡筣筤筥筦筧筨筩筪筫筬筭筯筰筳筴筶筸筺筼筽筿箁箂箃箄箆箇箈箉箊箋箌箎箏�箑箒箓箖箘箙箚箛箞箟箠箣箤箥箮箯箰箲箳箵箶箷箹箺箻箼箽箾箿節篂篃範埂耿梗工攻功恭龚供躬公宫弓巩汞拱贡共钩勾沟苟狗垢构购够辜菇咕箍估沽孤姑鼓古蛊骨谷股故顾固雇刮瓜剐寡挂褂乖拐怪棺关官冠观管馆罐惯灌贯光广逛瑰规圭硅归龟闺轨鬼诡癸桂柜跪贵刽辊滚棍锅郭国果裹过哈�\".split(\"\");\nfor(j = 0; j != D[185].length; ++j) if(D[185][j].charCodeAt(0) !== 0xFFFD) { e[D[185][j]] = 47360 + j; d[47360 + j] = D[185][j];}\nD[186] = \"����������������������������������������������������������������篅篈築篊篋篍篎篏篐篒篔篕篖篗篘篛篜篞篟篠篢篣篤篧篨篩篫篬篭篯篰篲篳篴篵篶篸篹篺篻篽篿簀簁簂簃簄簅簆簈簉簊簍簎簐簑簒簓簔簕簗簘簙�簚簛簜簝簞簠簡簢簣簤簥簨簩簫簬簭簮簯簰簱簲簳簴簵簶簷簹簺簻簼簽簾籂骸孩海氦亥害骇酣憨邯韩含涵寒函喊罕翰撼捍旱憾悍焊汗汉夯杭航壕嚎豪毫郝好耗号浩呵喝荷菏核禾和何合盒貉阂河涸赫褐鹤贺嘿黑痕很狠恨哼亨横衡恒轰哄烘虹鸿洪宏弘红喉侯猴吼厚候后呼乎忽瑚壶葫胡蝴狐糊湖�\".split(\"\");\nfor(j = 0; j != D[186].length; ++j) if(D[186][j].charCodeAt(0) !== 0xFFFD) { e[D[186][j]] = 47616 + j; d[47616 + j] = D[186][j];}\nD[187] = \"����������������������������������������������������������������籃籄籅籆籇籈籉籊籋籌籎籏籐籑籒籓籔籕籖籗籘籙籚籛籜籝籞籟籠籡籢籣籤籥籦籧籨籩籪籫籬籭籮籯籰籱籲籵籶籷籸籹籺籾籿粀粁粂粃粄粅粆粇�粈粊粋粌粍粎粏粐粓粔粖粙粚粛粠粡粣粦粧粨粩粫粬粭粯粰粴粵粶粷粸粺粻弧虎唬护互沪户花哗华猾滑画划化话槐徊怀淮坏欢环桓还缓换患唤痪豢焕涣宦幻荒慌黄磺蝗簧皇凰惶煌晃幌恍谎灰挥辉徽恢蛔回毁悔慧卉惠晦贿秽会烩汇讳诲绘荤昏婚魂浑混豁活伙火获或惑霍货祸击圾基机畸稽积箕�\".split(\"\");\nfor(j = 0; j != D[187].length; ++j) if(D[187][j].charCodeAt(0) !== 0xFFFD) { e[D[187][j]] = 47872 + j; d[47872 + j] = D[187][j];}\nD[188] = \"����������������������������������������������������������������粿糀糂糃糄糆糉糋糎糏糐糑糒糓糔糘糚糛糝糞糡糢糣糤糥糦糧糩糪糫糬糭糮糰糱糲糳糴糵糶糷糹糺糼糽糾糿紀紁紂紃約紅紆紇紈紉紋紌納紎紏紐�紑紒紓純紕紖紗紘紙級紛紜紝紞紟紡紣紤紥紦紨紩紪紬紭紮細紱紲紳紴紵紶肌饥迹激讥鸡姬绩缉吉极棘辑籍集及急疾汲即嫉级挤几脊己蓟技冀季伎祭剂悸济寄寂计记既忌际妓继纪嘉枷夹佳家加荚颊贾甲钾假稼价架驾嫁歼监坚尖笺间煎兼肩艰奸缄茧检柬碱硷拣捡简俭剪减荐槛鉴践贱见键箭件�\".split(\"\");\nfor(j = 0; j != D[188].length; ++j) if(D[188][j].charCodeAt(0) !== 0xFFFD) { e[D[188][j]] = 48128 + j; d[48128 + j] = D[188][j];}\nD[189] = \"����������������������������������������������������������������紷紸紹紺紻紼紽紾紿絀絁終絃組絅絆絇絈絉絊絋経絍絎絏結絑絒絓絔絕絖絗絘絙絚絛絜絝絞絟絠絡絢絣絤絥給絧絨絩絪絫絬絭絯絰統絲絳絴絵絶�絸絹絺絻絼絽絾絿綀綁綂綃綄綅綆綇綈綉綊綋綌綍綎綏綐綑綒經綔綕綖綗綘健舰剑饯渐溅涧建僵姜将浆江疆蒋桨奖讲匠酱降蕉椒礁焦胶交郊浇骄娇嚼搅铰矫侥脚狡角饺缴绞剿教酵轿较叫窖揭接皆秸街阶截劫节桔杰捷睫竭洁结解姐戒藉芥界借介疥诫届巾筋斤金今津襟紧锦仅谨进靳晋禁近烬浸�\".split(\"\");\nfor(j = 0; j != D[189].length; ++j) if(D[189][j].charCodeAt(0) !== 0xFFFD) { e[D[189][j]] = 48384 + j; d[48384 + j] = D[189][j];}\nD[190] = \"����������������������������������������������������������������継続綛綜綝綞綟綠綡綢綣綤綥綧綨綩綪綫綬維綯綰綱網綳綴綵綶綷綸綹綺綻綼綽綾綿緀緁緂緃緄緅緆緇緈緉緊緋緌緍緎総緐緑緒緓緔緕緖緗緘緙�線緛緜緝緞緟締緡緢緣緤緥緦緧編緩緪緫緬緭緮緯緰緱緲緳練緵緶緷緸緹緺尽劲荆兢茎睛晶鲸京惊精粳经井警景颈静境敬镜径痉靖竟竞净炯窘揪究纠玖韭久灸九酒厩救旧臼舅咎就疚鞠拘狙疽居驹菊局咀矩举沮聚拒据巨具距踞锯俱句惧炬剧捐鹃娟倦眷卷绢撅攫抉掘倔爵觉决诀绝均菌钧军君峻�\".split(\"\");\nfor(j = 0; j != D[190].length; ++j) if(D[190][j].charCodeAt(0) !== 0xFFFD) { e[D[190][j]] = 48640 + j; d[48640 + j] = D[190][j];}\nD[191] = \"����������������������������������������������������������������緻緼緽緾緿縀縁縂縃縄縅縆縇縈縉縊縋縌縍縎縏縐縑縒縓縔縕縖縗縘縙縚縛縜縝縞縟縠縡縢縣縤縥縦縧縨縩縪縫縬縭縮縯縰縱縲縳縴縵縶縷縸縹�縺縼總績縿繀繂繃繄繅繆繈繉繊繋繌繍繎繏繐繑繒繓織繕繖繗繘繙繚繛繜繝俊竣浚郡骏喀咖卡咯开揩楷凯慨刊堪勘坎砍看康慷糠扛抗亢炕考拷烤靠坷苛柯棵磕颗科壳咳可渴克刻客课肯啃垦恳坑吭空恐孔控抠口扣寇枯哭窟苦酷库裤夸垮挎跨胯块筷侩快宽款匡筐狂框矿眶旷况亏盔岿窥葵奎魁傀�\".split(\"\");\nfor(j = 0; j != D[191].length; ++j) if(D[191][j].charCodeAt(0) !== 0xFFFD) { e[D[191][j]] = 48896 + j; d[48896 + j] = D[191][j];}\nD[192] = \"����������������������������������������������������������������繞繟繠繡繢繣繤繥繦繧繨繩繪繫繬繭繮繯繰繱繲繳繴繵繶繷繸繹繺繻繼繽繾繿纀纁纃纄纅纆纇纈纉纊纋續纍纎纏纐纑纒纓纔纕纖纗纘纙纚纜纝纞�纮纴纻纼绖绤绬绹缊缐缞缷缹缻缼缽缾缿罀罁罃罆罇罈罉罊罋罌罍罎罏罒罓馈愧溃坤昆捆困括扩廓阔垃拉喇蜡腊辣啦莱来赖蓝婪栏拦篮阑兰澜谰揽览懒缆烂滥琅榔狼廊郎朗浪捞劳牢老佬姥酪烙涝勒乐雷镭蕾磊累儡垒擂肋类泪棱楞冷厘梨犁黎篱狸离漓理李里鲤礼莉荔吏栗丽厉励砾历利傈例俐�\".split(\"\");\nfor(j = 0; j != D[192].length; ++j) if(D[192][j].charCodeAt(0) !== 0xFFFD) { e[D[192][j]] = 49152 + j; d[49152 + j] = D[192][j];}\nD[193] = \"����������������������������������������������������������������罖罙罛罜罝罞罠罣罤罥罦罧罫罬罭罯罰罳罵罶罷罸罺罻罼罽罿羀羂羃羄羅羆羇羈羉羋羍羏羐羑羒羓羕羖羗羘羙羛羜羠羢羣羥羦羨義羪羫羬羭羮羱�羳羴羵羶羷羺羻羾翀翂翃翄翆翇翈翉翋翍翏翐翑習翓翖翗翙翚翛翜翝翞翢翣痢立粒沥隶力璃哩俩联莲连镰廉怜涟帘敛脸链恋炼练粮凉梁粱良两辆量晾亮谅撩聊僚疗燎寥辽潦了撂镣廖料列裂烈劣猎琳林磷霖临邻鳞淋凛赁吝拎玲菱零龄铃伶羚凌灵陵岭领另令溜琉榴硫馏留刘瘤流柳六龙聋咙笼窿�\".split(\"\");\nfor(j = 0; j != D[193].length; ++j) if(D[193][j].charCodeAt(0) !== 0xFFFD) { e[D[193][j]] = 49408 + j; d[49408 + j] = D[193][j];}\nD[194] = \"����������������������������������������������������������������翤翧翨翪翫翬翭翯翲翴翵翶翷翸翹翺翽翾翿耂耇耈耉耊耎耏耑耓耚耛耝耞耟耡耣耤耫耬耭耮耯耰耲耴耹耺耼耾聀聁聄聅聇聈聉聎聏聐聑聓聕聖聗�聙聛聜聝聞聟聠聡聢聣聤聥聦聧聨聫聬聭聮聯聰聲聳聴聵聶職聸聹聺聻聼聽隆垄拢陇楼娄搂篓漏陋芦卢颅庐炉掳卤虏鲁麓碌露路赂鹿潞禄录陆戮驴吕铝侣旅履屡缕虑氯律率滤绿峦挛孪滦卵乱掠略抡轮伦仑沦纶论萝螺罗逻锣箩骡裸落洛骆络妈麻玛码蚂马骂嘛吗埋买麦卖迈脉瞒馒蛮满蔓曼慢漫�\".split(\"\");\nfor(j = 0; j != D[194].length; ++j) if(D[194][j].charCodeAt(0) !== 0xFFFD) { e[D[194][j]] = 49664 + j; d[49664 + j] = D[194][j];}\nD[195] = \"����������������������������������������������������������������聾肁肂肅肈肊肍肎肏肐肑肒肔肕肗肙肞肣肦肧肨肬肰肳肵肶肸肹肻胅胇胈胉胊胋胏胐胑胒胓胔胕胘胟胠胢胣胦胮胵胷胹胻胾胿脀脁脃脄脅脇脈脋�脌脕脗脙脛脜脝脟脠脡脢脣脤脥脦脧脨脩脪脫脭脮脰脳脴脵脷脹脺脻脼脽脿谩芒茫盲氓忙莽猫茅锚毛矛铆卯茂冒帽貌贸么玫枚梅酶霉煤没眉媒镁每美昧寐妹媚门闷们萌蒙檬盟锰猛梦孟眯醚靡糜迷谜弥米秘觅泌蜜密幂棉眠绵冕免勉娩缅面苗描瞄藐秒渺庙妙蔑灭民抿皿敏悯闽明螟鸣铭名命谬摸�\".split(\"\");\nfor(j = 0; j != D[195].length; ++j) if(D[195][j].charCodeAt(0) !== 0xFFFD) { e[D[195][j]] = 49920 + j; d[49920 + j] = D[195][j];}\nD[196] = \"����������������������������������������������������������������腀腁腂腃腄腅腇腉腍腎腏腒腖腗腘腛腜腝腞腟腡腢腣腤腦腨腪腫腬腯腲腳腵腶腷腸膁膃膄膅膆膇膉膋膌膍膎膐膒膓膔膕膖膗膙膚膞膟膠膡膢膤膥�膧膩膫膬膭膮膯膰膱膲膴膵膶膷膸膹膼膽膾膿臄臅臇臈臉臋臍臎臏臐臑臒臓摹蘑模膜磨摩魔抹末莫墨默沫漠寞陌谋牟某拇牡亩姆母墓暮幕募慕木目睦牧穆拿哪呐钠那娜纳氖乃奶耐奈南男难囊挠脑恼闹淖呢馁内嫩能妮霓倪泥尼拟你匿腻逆溺蔫拈年碾撵捻念娘酿鸟尿捏聂孽啮镊镍涅您柠狞凝宁�\".split(\"\");\nfor(j = 0; j != D[196].length; ++j) if(D[196][j].charCodeAt(0) !== 0xFFFD) { e[D[196][j]] = 50176 + j; d[50176 + j] = D[196][j];}\nD[197] = \"����������������������������������������������������������������臔臕臖臗臘臙臚臛臜臝臞臟臠臡臢臤臥臦臨臩臫臮臯臰臱臲臵臶臷臸臹臺臽臿舃與興舉舊舋舎舏舑舓舕舖舗舘舙舚舝舠舤舥舦舧舩舮舲舺舼舽舿�艀艁艂艃艅艆艈艊艌艍艎艐艑艒艓艔艕艖艗艙艛艜艝艞艠艡艢艣艤艥艦艧艩拧泞牛扭钮纽脓浓农弄奴努怒女暖虐疟挪懦糯诺哦欧鸥殴藕呕偶沤啪趴爬帕怕琶拍排牌徘湃派攀潘盘磐盼畔判叛乓庞旁耪胖抛咆刨炮袍跑泡呸胚培裴赔陪配佩沛喷盆砰抨烹澎彭蓬棚硼篷膨朋鹏捧碰坯砒霹批披劈琵毗�\".split(\"\");\nfor(j = 0; j != D[197].length; ++j) if(D[197][j].charCodeAt(0) !== 0xFFFD) { e[D[197][j]] = 50432 + j; d[50432 + j] = D[197][j];}\nD[198] = \"����������������������������������������������������������������艪艫艬艭艱艵艶艷艸艻艼芀芁芃芅芆芇芉芌芐芓芔芕芖芚芛芞芠芢芣芧芲芵芶芺芻芼芿苀苂苃苅苆苉苐苖苙苚苝苢苧苨苩苪苬苭苮苰苲苳苵苶苸�苺苼苽苾苿茀茊茋茍茐茒茓茖茘茙茝茞茟茠茡茢茣茤茥茦茩茪茮茰茲茷茻茽啤脾疲皮匹痞僻屁譬篇偏片骗飘漂瓢票撇瞥拼频贫品聘乒坪苹萍平凭瓶评屏坡泼颇婆破魄迫粕剖扑铺仆莆葡菩蒲埔朴圃普浦谱曝瀑期欺栖戚妻七凄漆柒沏其棋奇歧畦崎脐齐旗祈祁骑起岂乞企启契砌器气迄弃汽泣讫掐�\".split(\"\");\nfor(j = 0; j != D[198].length; ++j) if(D[198][j].charCodeAt(0) !== 0xFFFD) { e[D[198][j]] = 50688 + j; d[50688 + j] = D[198][j];}\nD[199] = \"����������������������������������������������������������������茾茿荁荂荄荅荈荊荋荌荍荎荓荕荖荗荘荙荝荢荰荱荲荳荴荵荶荹荺荾荿莀莁莂莃莄莇莈莊莋莌莍莏莐莑莔莕莖莗莙莚莝莟莡莢莣莤莥莦莧莬莭莮�莯莵莻莾莿菂菃菄菆菈菉菋菍菎菐菑菒菓菕菗菙菚菛菞菢菣菤菦菧菨菫菬菭恰洽牵扦钎铅千迁签仟谦乾黔钱钳前潜遣浅谴堑嵌欠歉枪呛腔羌墙蔷强抢橇锹敲悄桥瞧乔侨巧鞘撬翘峭俏窍切茄且怯窃钦侵亲秦琴勤芹擒禽寝沁青轻氢倾卿清擎晴氰情顷请庆琼穷秋丘邱球求囚酋泅趋区蛆曲躯屈驱渠�\".split(\"\");\nfor(j = 0; j != D[199].length; ++j) if(D[199][j].charCodeAt(0) !== 0xFFFD) { e[D[199][j]] = 50944 + j; d[50944 + j] = D[199][j];}\nD[200] = \"����������������������������������������������������������������菮華菳菴菵菶菷菺菻菼菾菿萀萂萅萇萈萉萊萐萒萓萔萕萖萗萙萚萛萞萟萠萡萢萣萩萪萫萬萭萮萯萰萲萳萴萵萶萷萹萺萻萾萿葀葁葂葃葄葅葇葈葉�葊葋葌葍葎葏葐葒葓葔葕葖葘葝葞葟葠葢葤葥葦葧葨葪葮葯葰葲葴葷葹葻葼取娶龋趣去圈颧权醛泉全痊拳犬券劝缺炔瘸却鹊榷确雀裙群然燃冉染瓤壤攘嚷让饶扰绕惹热壬仁人忍韧任认刃妊纫扔仍日戎茸蓉荣融熔溶容绒冗揉柔肉茹蠕儒孺如辱乳汝入褥软阮蕊瑞锐闰润若弱撒洒萨腮鳃塞赛三叁�\".split(\"\");\nfor(j = 0; j != D[200].length; ++j) if(D[200][j].charCodeAt(0) !== 0xFFFD) { e[D[200][j]] = 51200 + j; d[51200 + j] = D[200][j];}\nD[201] = \"����������������������������������������������������������������葽葾葿蒀蒁蒃蒄蒅蒆蒊蒍蒏蒐蒑蒒蒓蒔蒕蒖蒘蒚蒛蒝蒞蒟蒠蒢蒣蒤蒥蒦蒧蒨蒩蒪蒫蒬蒭蒮蒰蒱蒳蒵蒶蒷蒻蒼蒾蓀蓂蓃蓅蓆蓇蓈蓋蓌蓎蓏蓒蓔蓕蓗�蓘蓙蓚蓛蓜蓞蓡蓢蓤蓧蓨蓩蓪蓫蓭蓮蓯蓱蓲蓳蓴蓵蓶蓷蓸蓹蓺蓻蓽蓾蔀蔁蔂伞散桑嗓丧搔骚扫嫂瑟色涩森僧莎砂杀刹沙纱傻啥煞筛晒珊苫杉山删煽衫闪陕擅赡膳善汕扇缮墒伤商赏晌上尚裳梢捎稍烧芍勺韶少哨邵绍奢赊蛇舌舍赦摄射慑涉社设砷申呻伸身深娠绅神沈审婶甚肾慎渗声生甥牲升绳�\".split(\"\");\nfor(j = 0; j != D[201].length; ++j) if(D[201][j].charCodeAt(0) !== 0xFFFD) { e[D[201][j]] = 51456 + j; d[51456 + j] = D[201][j];}\nD[202] = \"����������������������������������������������������������������蔃蔄蔅蔆蔇蔈蔉蔊蔋蔍蔎蔏蔐蔒蔔蔕蔖蔘蔙蔛蔜蔝蔞蔠蔢蔣蔤蔥蔦蔧蔨蔩蔪蔭蔮蔯蔰蔱蔲蔳蔴蔵蔶蔾蔿蕀蕁蕂蕄蕅蕆蕇蕋蕌蕍蕎蕏蕐蕑蕒蕓蕔蕕�蕗蕘蕚蕛蕜蕝蕟蕠蕡蕢蕣蕥蕦蕧蕩蕪蕫蕬蕭蕮蕯蕰蕱蕳蕵蕶蕷蕸蕼蕽蕿薀薁省盛剩胜圣师失狮施湿诗尸虱十石拾时什食蚀实识史矢使屎驶始式示士世柿事拭誓逝势是嗜噬适仕侍释饰氏市恃室视试收手首守寿授售受瘦兽蔬枢梳殊抒输叔舒淑疏书赎孰熟薯暑曙署蜀黍鼠属术述树束戍竖墅庶数漱�\".split(\"\");\nfor(j = 0; j != D[202].length; ++j) if(D[202][j].charCodeAt(0) !== 0xFFFD) { e[D[202][j]] = 51712 + j; d[51712 + j] = D[202][j];}\nD[203] = \"����������������������������������������������������������������薂薃薆薈薉薊薋薌薍薎薐薑薒薓薔薕薖薗薘薙薚薝薞薟薠薡薢薣薥薦薧薩薫薬薭薱薲薳薴薵薶薸薺薻薼薽薾薿藀藂藃藄藅藆藇藈藊藋藌藍藎藑藒�藔藖藗藘藙藚藛藝藞藟藠藡藢藣藥藦藧藨藪藫藬藭藮藯藰藱藲藳藴藵藶藷藸恕刷耍摔衰甩帅栓拴霜双爽谁水睡税吮瞬顺舜说硕朔烁斯撕嘶思私司丝死肆寺嗣四伺似饲巳松耸怂颂送宋讼诵搜艘擞嗽苏酥俗素速粟僳塑溯宿诉肃酸蒜算虽隋随绥髓碎岁穗遂隧祟孙损笋蓑梭唆缩琐索锁所塌他它她塔�\".split(\"\");\nfor(j = 0; j != D[203].length; ++j) if(D[203][j].charCodeAt(0) !== 0xFFFD) { e[D[203][j]] = 51968 + j; d[51968 + j] = D[203][j];}\nD[204] = \"����������������������������������������������������������������藹藺藼藽藾蘀蘁蘂蘃蘄蘆蘇蘈蘉蘊蘋蘌蘍蘎蘏蘐蘒蘓蘔蘕蘗蘘蘙蘚蘛蘜蘝蘞蘟蘠蘡蘢蘣蘤蘥蘦蘨蘪蘫蘬蘭蘮蘯蘰蘱蘲蘳蘴蘵蘶蘷蘹蘺蘻蘽蘾蘿虀�虁虂虃虄虅虆虇虈虉虊虋虌虒虓處虖虗虘虙虛虜虝號虠虡虣虤虥虦虧虨虩虪獭挞蹋踏胎苔抬台泰酞太态汰坍摊贪瘫滩坛檀痰潭谭谈坦毯袒碳探叹炭汤塘搪堂棠膛唐糖倘躺淌趟烫掏涛滔绦萄桃逃淘陶讨套特藤腾疼誊梯剔踢锑提题蹄啼体替嚏惕涕剃屉天添填田甜恬舔腆挑条迢眺跳贴铁帖厅听烃�\".split(\"\");\nfor(j = 0; j != D[204].length; ++j) if(D[204][j].charCodeAt(0) !== 0xFFFD) { e[D[204][j]] = 52224 + j; d[52224 + j] = D[204][j];}\nD[205] = \"����������������������������������������������������������������虭虯虰虲虳虴虵虶虷虸蚃蚄蚅蚆蚇蚈蚉蚎蚏蚐蚑蚒蚔蚖蚗蚘蚙蚚蚛蚞蚟蚠蚡蚢蚥蚦蚫蚭蚮蚲蚳蚷蚸蚹蚻蚼蚽蚾蚿蛁蛂蛃蛅蛈蛌蛍蛒蛓蛕蛖蛗蛚蛜�蛝蛠蛡蛢蛣蛥蛦蛧蛨蛪蛫蛬蛯蛵蛶蛷蛺蛻蛼蛽蛿蜁蜄蜅蜆蜋蜌蜎蜏蜐蜑蜔蜖汀廷停亭庭挺艇通桐酮瞳同铜彤童桶捅筒统痛偷投头透凸秃突图徒途涂屠土吐兔湍团推颓腿蜕褪退吞屯臀拖托脱鸵陀驮驼椭妥拓唾挖哇蛙洼娃瓦袜歪外豌弯湾玩顽丸烷完碗挽晚皖惋宛婉万腕汪王亡枉网往旺望忘妄威�\".split(\"\");\nfor(j = 0; j != D[205].length; ++j) if(D[205][j].charCodeAt(0) !== 0xFFFD) { e[D[205][j]] = 52480 + j; d[52480 + j] = D[205][j];}\nD[206] = \"����������������������������������������������������������������蜙蜛蜝蜟蜠蜤蜦蜧蜨蜪蜫蜬蜭蜯蜰蜲蜳蜵蜶蜸蜹蜺蜼蜽蝀蝁蝂蝃蝄蝅蝆蝊蝋蝍蝏蝐蝑蝒蝔蝕蝖蝘蝚蝛蝜蝝蝞蝟蝡蝢蝦蝧蝨蝩蝪蝫蝬蝭蝯蝱蝲蝳蝵�蝷蝸蝹蝺蝿螀螁螄螆螇螉螊螌螎螏螐螑螒螔螕螖螘螙螚螛螜螝螞螠螡螢螣螤巍微危韦违桅围唯惟为潍维苇萎委伟伪尾纬未蔚味畏胃喂魏位渭谓尉慰卫瘟温蚊文闻纹吻稳紊问嗡翁瓮挝蜗涡窝我斡卧握沃巫呜钨乌污诬屋无芜梧吾吴毋武五捂午舞伍侮坞戊雾晤物勿务悟误昔熙析西硒矽晰嘻吸锡牺�\".split(\"\");\nfor(j = 0; j != D[206].length; ++j) if(D[206][j].charCodeAt(0) !== 0xFFFD) { e[D[206][j]] = 52736 + j; d[52736 + j] = D[206][j];}\nD[207] = \"����������������������������������������������������������������螥螦螧螩螪螮螰螱螲螴螶螷螸螹螻螼螾螿蟁蟂蟃蟄蟅蟇蟈蟉蟌蟍蟎蟏蟐蟔蟕蟖蟗蟘蟙蟚蟜蟝蟞蟟蟡蟢蟣蟤蟦蟧蟨蟩蟫蟬蟭蟯蟰蟱蟲蟳蟴蟵蟶蟷蟸�蟺蟻蟼蟽蟿蠀蠁蠂蠄蠅蠆蠇蠈蠉蠋蠌蠍蠎蠏蠐蠑蠒蠔蠗蠘蠙蠚蠜蠝蠞蠟蠠蠣稀息希悉膝夕惜熄烯溪汐犀檄袭席习媳喜铣洗系隙戏细瞎虾匣霞辖暇峡侠狭下厦夏吓掀锨先仙鲜纤咸贤衔舷闲涎弦嫌显险现献县腺馅羡宪陷限线相厢镶香箱襄湘乡翔祥详想响享项巷橡像向象萧硝霄削哮嚣销消宵淆晓�\".split(\"\");\nfor(j = 0; j != D[207].length; ++j) if(D[207][j].charCodeAt(0) !== 0xFFFD) { e[D[207][j]] = 52992 + j; d[52992 + j] = D[207][j];}\nD[208] = \"����������������������������������������������������������������蠤蠥蠦蠧蠨蠩蠪蠫蠬蠭蠮蠯蠰蠱蠳蠴蠵蠶蠷蠸蠺蠻蠽蠾蠿衁衂衃衆衇衈衉衊衋衎衏衐衑衒術衕衖衘衚衛衜衝衞衟衠衦衧衪衭衯衱衳衴衵衶衸衹衺�衻衼袀袃袆袇袉袊袌袎袏袐袑袓袔袕袗袘袙袚袛袝袞袟袠袡袣袥袦袧袨袩袪小孝校肖啸笑效楔些歇蝎鞋协挟携邪斜胁谐写械卸蟹懈泄泻谢屑薪芯锌欣辛新忻心信衅星腥猩惺兴刑型形邢行醒幸杏性姓兄凶胸匈汹雄熊休修羞朽嗅锈秀袖绣墟戌需虚嘘须徐许蓄酗叙旭序畜恤絮婿绪续轩喧宣悬旋玄�\".split(\"\");\nfor(j = 0; j != D[208].length; ++j) if(D[208][j].charCodeAt(0) !== 0xFFFD) { e[D[208][j]] = 53248 + j; d[53248 + j] = D[208][j];}\nD[209] = \"����������������������������������������������������������������袬袮袯袰袲袳袴袵袶袸袹袺袻袽袾袿裀裃裄裇裈裊裋裌裍裏裐裑裓裖裗裚裛補裝裞裠裡裦裧裩裪裫裬裭裮裯裲裵裶裷裺裻製裿褀褁褃褄褅褆複褈�褉褋褌褍褎褏褑褔褕褖褗褘褜褝褞褟褠褢褣褤褦褧褨褩褬褭褮褯褱褲褳褵褷选癣眩绚靴薛学穴雪血勋熏循旬询寻驯巡殉汛训讯逊迅压押鸦鸭呀丫芽牙蚜崖衙涯雅哑亚讶焉咽阉烟淹盐严研蜒岩延言颜阎炎沿奄掩眼衍演艳堰燕厌砚雁唁彦焰宴谚验殃央鸯秧杨扬佯疡羊洋阳氧仰痒养样漾邀腰妖瑶�\".split(\"\");\nfor(j = 0; j != D[209].length; ++j) if(D[209][j].charCodeAt(0) !== 0xFFFD) { e[D[209][j]] = 53504 + j; d[53504 + j] = D[209][j];}\nD[210] = \"����������������������������������������������������������������褸褹褺褻褼褽褾褿襀襂襃襅襆襇襈襉襊襋襌襍襎襏襐襑襒襓襔襕襖襗襘襙襚襛襜襝襠襡襢襣襤襥襧襨襩襪襫襬襭襮襯襰襱襲襳襴襵襶襷襸襹襺襼�襽襾覀覂覄覅覇覈覉覊見覌覍覎規覐覑覒覓覔覕視覗覘覙覚覛覜覝覞覟覠覡摇尧遥窑谣姚咬舀药要耀椰噎耶爷野冶也页掖业叶曳腋夜液一壹医揖铱依伊衣颐夷遗移仪胰疑沂宜姨彝椅蚁倚已乙矣以艺抑易邑屹亿役臆逸肄疫亦裔意毅忆义益溢诣议谊译异翼翌绎茵荫因殷音阴姻吟银淫寅饮尹引隐�\".split(\"\");\nfor(j = 0; j != D[210].length; ++j) if(D[210][j].charCodeAt(0) !== 0xFFFD) { e[D[210][j]] = 53760 + j; d[53760 + j] = D[210][j];}\nD[211] = \"����������������������������������������������������������������覢覣覤覥覦覧覨覩親覫覬覭覮覯覰覱覲観覴覵覶覷覸覹覺覻覼覽覾覿觀觃觍觓觔觕觗觘觙觛觝觟觠觡觢觤觧觨觩觪觬觭觮觰觱觲觴觵觶觷觸觹觺�觻觼觽觾觿訁訂訃訄訅訆計訉訊訋訌訍討訏訐訑訒訓訔訕訖託記訙訚訛訜訝印英樱婴鹰应缨莹萤营荧蝇迎赢盈影颖硬映哟拥佣臃痈庸雍踊蛹咏泳涌永恿勇用幽优悠忧尤由邮铀犹油游酉有友右佑釉诱又幼迂淤于盂榆虞愚舆余俞逾鱼愉渝渔隅予娱雨与屿禹宇语羽玉域芋郁吁遇喻峪御愈欲狱育誉�\".split(\"\");\nfor(j = 0; j != D[211].length; ++j) if(D[211][j].charCodeAt(0) !== 0xFFFD) { e[D[211][j]] = 54016 + j; d[54016 + j] = D[211][j];}\nD[212] = \"����������������������������������������������������������������訞訟訠訡訢訣訤訥訦訧訨訩訪訫訬設訮訯訰許訲訳訴訵訶訷訸訹診註証訽訿詀詁詂詃詄詅詆詇詉詊詋詌詍詎詏詐詑詒詓詔評詖詗詘詙詚詛詜詝詞�詟詠詡詢詣詤詥試詧詨詩詪詫詬詭詮詯詰話該詳詴詵詶詷詸詺詻詼詽詾詿誀浴寓裕预豫驭鸳渊冤元垣袁原援辕园员圆猿源缘远苑愿怨院曰约越跃钥岳粤月悦阅耘云郧匀陨允运蕴酝晕韵孕匝砸杂栽哉灾宰载再在咱攒暂赞赃脏葬遭糟凿藻枣早澡蚤躁噪造皂灶燥责择则泽贼怎增憎曾赠扎喳渣札轧�\".split(\"\");\nfor(j = 0; j != D[212].length; ++j) if(D[212][j].charCodeAt(0) !== 0xFFFD) { e[D[212][j]] = 54272 + j; d[54272 + j] = D[212][j];}\nD[213] = \"����������������������������������������������������������������誁誂誃誄誅誆誇誈誋誌認誎誏誐誑誒誔誕誖誗誘誙誚誛誜誝語誟誠誡誢誣誤誥誦誧誨誩說誫説読誮誯誰誱課誳誴誵誶誷誸誹誺誻誼誽誾調諀諁諂�諃諄諅諆談諈諉諊請諌諍諎諏諐諑諒諓諔諕論諗諘諙諚諛諜諝諞諟諠諡諢諣铡闸眨栅榨咋乍炸诈摘斋宅窄债寨瞻毡詹粘沾盏斩辗崭展蘸栈占战站湛绽樟章彰漳张掌涨杖丈帐账仗胀瘴障招昭找沼赵照罩兆肇召遮折哲蛰辙者锗蔗这浙珍斟真甄砧臻贞针侦枕疹诊震振镇阵蒸挣睁征狰争怔整拯正政�\".split(\"\");\nfor(j = 0; j != D[213].length; ++j) if(D[213][j].charCodeAt(0) !== 0xFFFD) { e[D[213][j]] = 54528 + j; d[54528 + j] = D[213][j];}\nD[214] = \"����������������������������������������������������������������諤諥諦諧諨諩諪諫諬諭諮諯諰諱諲諳諴諵諶諷諸諹諺諻諼諽諾諿謀謁謂謃謄謅謆謈謉謊謋謌謍謎謏謐謑謒謓謔謕謖謗謘謙謚講謜謝謞謟謠謡謢謣�謤謥謧謨謩謪謫謬謭謮謯謰謱謲謳謴謵謶謷謸謹謺謻謼謽謾謿譀譁譂譃譄譅帧症郑证芝枝支吱蜘知肢脂汁之织职直植殖执值侄址指止趾只旨纸志挚掷至致置帜峙制智秩稚质炙痔滞治窒中盅忠钟衷终种肿重仲众舟周州洲诌粥轴肘帚咒皱宙昼骤珠株蛛朱猪诸诛逐竹烛煮拄瞩嘱主著柱助蛀贮铸筑�\".split(\"\");\nfor(j = 0; j != D[214].length; ++j) if(D[214][j].charCodeAt(0) !== 0xFFFD) { e[D[214][j]] = 54784 + j; d[54784 + j] = D[214][j];}\nD[215] = \"����������������������������������������������������������������譆譇譈證譊譋譌譍譎譏譐譑譒譓譔譕譖譗識譙譚譛譜譝譞譟譠譡譢譣譤譥譧譨譩譪譫譭譮譯議譱譲譳譴譵譶護譸譹譺譻譼譽譾譿讀讁讂讃讄讅讆�讇讈讉變讋讌讍讎讏讐讑讒讓讔讕讖讗讘讙讚讛讜讝讞讟讬讱讻诇诐诪谉谞住注祝驻抓爪拽专砖转撰赚篆桩庄装妆撞壮状椎锥追赘坠缀谆准捉拙卓桌琢茁酌啄着灼浊兹咨资姿滋淄孜紫仔籽滓子自渍字鬃棕踪宗综总纵邹走奏揍租足卒族祖诅阻组钻纂嘴醉最罪尊遵昨左佐柞做作坐座������\".split(\"\");\nfor(j = 0; j != D[215].length; ++j) if(D[215][j].charCodeAt(0) !== 0xFFFD) { e[D[215][j]] = 55040 + j; d[55040 + j] = D[215][j];}\nD[216] = \"����������������������������������������������������������������谸谹谺谻谼谽谾谿豀豂豃豄豅豈豊豋豍豎豏豐豑豒豓豔豖豗豘豙豛豜豝豞豟豠豣豤豥豦豧豨豩豬豭豮豯豰豱豲豴豵豶豷豻豼豽豾豿貀貁貃貄貆貇�貈貋貍貎貏貐貑貒貓貕貖貗貙貚貛貜貝貞貟負財貢貣貤貥貦貧貨販貪貫責貭亍丌兀丐廿卅丕亘丞鬲孬噩丨禺丿匕乇夭爻卮氐囟胤馗毓睾鼗丶亟鼐乜乩亓芈孛啬嘏仄厍厝厣厥厮靥赝匚叵匦匮匾赜卦卣刂刈刎刭刳刿剀剌剞剡剜蒯剽劂劁劐劓冂罔亻仃仉仂仨仡仫仞伛仳伢佤仵伥伧伉伫佞佧攸佚佝�\".split(\"\");\nfor(j = 0; j != D[216].length; ++j) if(D[216][j].charCodeAt(0) !== 0xFFFD) { e[D[216][j]] = 55296 + j; d[55296 + j] = D[216][j];}\nD[217] = \"����������������������������������������������������������������貮貯貰貱貲貳貴貵貶買貸貹貺費貼貽貾貿賀賁賂賃賄賅賆資賈賉賊賋賌賍賎賏賐賑賒賓賔賕賖賗賘賙賚賛賜賝賞賟賠賡賢賣賤賥賦賧賨賩質賫賬�賭賮賯賰賱賲賳賴賵賶賷賸賹賺賻購賽賾賿贀贁贂贃贄贅贆贇贈贉贊贋贌贍佟佗伲伽佶佴侑侉侃侏佾佻侪佼侬侔俦俨俪俅俚俣俜俑俟俸倩偌俳倬倏倮倭俾倜倌倥倨偾偃偕偈偎偬偻傥傧傩傺僖儆僭僬僦僮儇儋仝氽佘佥俎龠汆籴兮巽黉馘冁夔勹匍訇匐凫夙兕亠兖亳衮袤亵脔裒禀嬴蠃羸冫冱冽冼�\".split(\"\");\nfor(j = 0; j != D[217].length; ++j) if(D[217][j].charCodeAt(0) !== 0xFFFD) { e[D[217][j]] = 55552 + j; d[55552 + j] = D[217][j];}\nD[218] = \"����������������������������������������������������������������贎贏贐贑贒贓贔贕贖贗贘贙贚贛贜贠赑赒赗赟赥赨赩赪赬赮赯赱赲赸赹赺赻赼赽赾赿趀趂趃趆趇趈趉趌趍趎趏趐趒趓趕趖趗趘趙趚趛趜趝趞趠趡�趢趤趥趦趧趨趩趪趫趬趭趮趯趰趲趶趷趹趻趽跀跁跂跅跇跈跉跊跍跐跒跓跔凇冖冢冥讠讦讧讪讴讵讷诂诃诋诏诎诒诓诔诖诘诙诜诟诠诤诨诩诮诰诳诶诹诼诿谀谂谄谇谌谏谑谒谔谕谖谙谛谘谝谟谠谡谥谧谪谫谮谯谲谳谵谶卩卺阝阢阡阱阪阽阼陂陉陔陟陧陬陲陴隈隍隗隰邗邛邝邙邬邡邴邳邶邺�\".split(\"\");\nfor(j = 0; j != D[218].length; ++j) if(D[218][j].charCodeAt(0) !== 0xFFFD) { e[D[218][j]] = 55808 + j; d[55808 + j] = D[218][j];}\nD[219] = \"����������������������������������������������������������������跕跘跙跜跠跡跢跥跦跧跩跭跮跰跱跲跴跶跼跾跿踀踁踂踃踄踆踇踈踋踍踎踐踑踒踓踕踖踗踘踙踚踛踜踠踡踤踥踦踧踨踫踭踰踲踳踴踶踷踸踻踼踾�踿蹃蹅蹆蹌蹍蹎蹏蹐蹓蹔蹕蹖蹗蹘蹚蹛蹜蹝蹞蹟蹠蹡蹢蹣蹤蹥蹧蹨蹪蹫蹮蹱邸邰郏郅邾郐郄郇郓郦郢郜郗郛郫郯郾鄄鄢鄞鄣鄱鄯鄹酃酆刍奂劢劬劭劾哿勐勖勰叟燮矍廴凵凼鬯厶弁畚巯坌垩垡塾墼壅壑圩圬圪圳圹圮圯坜圻坂坩垅坫垆坼坻坨坭坶坳垭垤垌垲埏垧垴垓垠埕埘埚埙埒垸埴埯埸埤埝�\".split(\"\");\nfor(j = 0; j != D[219].length; ++j) if(D[219][j].charCodeAt(0) !== 0xFFFD) { e[D[219][j]] = 56064 + j; d[56064 + j] = D[219][j];}\nD[220] = \"����������������������������������������������������������������蹳蹵蹷蹸蹹蹺蹻蹽蹾躀躂躃躄躆躈躉躊躋躌躍躎躑躒躓躕躖躗躘躙躚躛躝躟躠躡躢躣躤躥躦躧躨躩躪躭躮躰躱躳躴躵躶躷躸躹躻躼躽躾躿軀軁軂�軃軄軅軆軇軈軉車軋軌軍軏軐軑軒軓軔軕軖軗軘軙軚軛軜軝軞軟軠軡転軣軤堋堍埽埭堀堞堙塄堠塥塬墁墉墚墀馨鼙懿艹艽艿芏芊芨芄芎芑芗芙芫芸芾芰苈苊苣芘芷芮苋苌苁芩芴芡芪芟苄苎芤苡茉苷苤茏茇苜苴苒苘茌苻苓茑茚茆茔茕苠苕茜荑荛荜茈莒茼茴茱莛荞茯荏荇荃荟荀茗荠茭茺茳荦荥�\".split(\"\");\nfor(j = 0; j != D[220].length; ++j) if(D[220][j].charCodeAt(0) !== 0xFFFD) { e[D[220][j]] = 56320 + j; d[56320 + j] = D[220][j];}\nD[221] = \"����������������������������������������������������������������軥軦軧軨軩軪軫軬軭軮軯軰軱軲軳軴軵軶軷軸軹軺軻軼軽軾軿輀輁輂較輄輅輆輇輈載輊輋輌輍輎輏輐輑輒輓輔輕輖輗輘輙輚輛輜輝輞輟輠輡輢輣�輤輥輦輧輨輩輪輫輬輭輮輯輰輱輲輳輴輵輶輷輸輹輺輻輼輽輾輿轀轁轂轃轄荨茛荩荬荪荭荮莰荸莳莴莠莪莓莜莅荼莶莩荽莸荻莘莞莨莺莼菁萁菥菘堇萘萋菝菽菖萜萸萑萆菔菟萏萃菸菹菪菅菀萦菰菡葜葑葚葙葳蒇蒈葺蒉葸萼葆葩葶蒌蒎萱葭蓁蓍蓐蓦蒽蓓蓊蒿蒺蓠蒡蒹蒴蒗蓥蓣蔌甍蔸蓰蔹蔟蔺�\".split(\"\");\nfor(j = 0; j != D[221].length; ++j) if(D[221][j].charCodeAt(0) !== 0xFFFD) { e[D[221][j]] = 56576 + j; d[56576 + j] = D[221][j];}\nD[222] = \"����������������������������������������������������������������轅轆轇轈轉轊轋轌轍轎轏轐轑轒轓轔轕轖轗轘轙轚轛轜轝轞轟轠轡轢轣轤轥轪辀辌辒辝辠辡辢辤辥辦辧辪辬辭辮辯農辳辴辵辷辸辺辻込辿迀迃迆�迉迊迋迌迍迏迒迖迗迚迠迡迣迧迬迯迱迲迴迵迶迺迻迼迾迿逇逈逌逎逓逕逘蕖蔻蓿蓼蕙蕈蕨蕤蕞蕺瞢蕃蕲蕻薤薨薇薏蕹薮薜薅薹薷薰藓藁藜藿蘧蘅蘩蘖蘼廾弈夼奁耷奕奚奘匏尢尥尬尴扌扪抟抻拊拚拗拮挢拶挹捋捃掭揶捱捺掎掴捭掬掊捩掮掼揲揸揠揿揄揞揎摒揆掾摅摁搋搛搠搌搦搡摞撄摭撖�\".split(\"\");\nfor(j = 0; j != D[222].length; ++j) if(D[222][j].charCodeAt(0) !== 0xFFFD) { e[D[222][j]] = 56832 + j; d[56832 + j] = D[222][j];}\nD[223] = \"����������������������������������������������������������������這逜連逤逥逧逨逩逪逫逬逰週進逳逴逷逹逺逽逿遀遃遅遆遈遉遊運遌過達違遖遙遚遜遝遞遟遠遡遤遦遧適遪遫遬遯遰遱遲遳遶遷選遹遺遻遼遾邁�還邅邆邇邉邊邌邍邎邏邐邒邔邖邘邚邜邞邟邠邤邥邧邨邩邫邭邲邷邼邽邿郀摺撷撸撙撺擀擐擗擤擢攉攥攮弋忒甙弑卟叱叽叩叨叻吒吖吆呋呒呓呔呖呃吡呗呙吣吲咂咔呷呱呤咚咛咄呶呦咝哐咭哂咴哒咧咦哓哔呲咣哕咻咿哌哙哚哜咩咪咤哝哏哞唛哧唠哽唔哳唢唣唏唑唧唪啧喏喵啉啭啁啕唿啐唼�\".split(\"\");\nfor(j = 0; j != D[223].length; ++j) if(D[223][j].charCodeAt(0) !== 0xFFFD) { e[D[223][j]] = 57088 + j; d[57088 + j] = D[223][j];}\nD[224] = \"����������������������������������������������������������������郂郃郆郈郉郋郌郍郒郔郕郖郘郙郚郞郟郠郣郤郥郩郪郬郮郰郱郲郳郵郶郷郹郺郻郼郿鄀鄁鄃鄅鄆鄇鄈鄉鄊鄋鄌鄍鄎鄏鄐鄑鄒鄓鄔鄕鄖鄗鄘鄚鄛鄜�鄝鄟鄠鄡鄤鄥鄦鄧鄨鄩鄪鄫鄬鄭鄮鄰鄲鄳鄴鄵鄶鄷鄸鄺鄻鄼鄽鄾鄿酀酁酂酄唷啖啵啶啷唳唰啜喋嗒喃喱喹喈喁喟啾嗖喑啻嗟喽喾喔喙嗪嗷嗉嘟嗑嗫嗬嗔嗦嗝嗄嗯嗥嗲嗳嗌嗍嗨嗵嗤辔嘞嘈嘌嘁嘤嘣嗾嘀嘧嘭噘嘹噗嘬噍噢噙噜噌噔嚆噤噱噫噻噼嚅嚓嚯囔囗囝囡囵囫囹囿圄圊圉圜帏帙帔帑帱帻帼�\".split(\"\");\nfor(j = 0; j != D[224].length; ++j) if(D[224][j].charCodeAt(0) !== 0xFFFD) { e[D[224][j]] = 57344 + j; d[57344 + j] = D[224][j];}\nD[225] = \"����������������������������������������������������������������酅酇酈酑酓酔酕酖酘酙酛酜酟酠酦酧酨酫酭酳酺酻酼醀醁醂醃醄醆醈醊醎醏醓醔醕醖醗醘醙醜醝醞醟醠醡醤醥醦醧醨醩醫醬醰醱醲醳醶醷醸醹醻�醼醽醾醿釀釁釂釃釄釅釆釈釋釐釒釓釔釕釖釗釘釙釚釛針釞釟釠釡釢釣釤釥帷幄幔幛幞幡岌屺岍岐岖岈岘岙岑岚岜岵岢岽岬岫岱岣峁岷峄峒峤峋峥崂崃崧崦崮崤崞崆崛嵘崾崴崽嵬嵛嵯嵝嵫嵋嵊嵩嵴嶂嶙嶝豳嶷巅彳彷徂徇徉後徕徙徜徨徭徵徼衢彡犭犰犴犷犸狃狁狎狍狒狨狯狩狲狴狷猁狳猃狺�\".split(\"\");\nfor(j = 0; j != D[225].length; ++j) if(D[225][j].charCodeAt(0) !== 0xFFFD) { e[D[225][j]] = 57600 + j; d[57600 + j] = D[225][j];}\nD[226] = \"����������������������������������������������������������������釦釧釨釩釪釫釬釭釮釯釰釱釲釳釴釵釶釷釸釹釺釻釼釽釾釿鈀鈁鈂鈃鈄鈅鈆鈇鈈鈉鈊鈋鈌鈍鈎鈏鈐鈑鈒鈓鈔鈕鈖鈗鈘鈙鈚鈛鈜鈝鈞鈟鈠鈡鈢鈣鈤�鈥鈦鈧鈨鈩鈪鈫鈬鈭鈮鈯鈰鈱鈲鈳鈴鈵鈶鈷鈸鈹鈺鈻鈼鈽鈾鈿鉀鉁鉂鉃鉄鉅狻猗猓猡猊猞猝猕猢猹猥猬猸猱獐獍獗獠獬獯獾舛夥飧夤夂饣饧饨饩饪饫饬饴饷饽馀馄馇馊馍馐馑馓馔馕庀庑庋庖庥庠庹庵庾庳赓廒廑廛廨廪膺忄忉忖忏怃忮怄忡忤忾怅怆忪忭忸怙怵怦怛怏怍怩怫怊怿怡恸恹恻恺恂�\".split(\"\");\nfor(j = 0; j != D[226].length; ++j) if(D[226][j].charCodeAt(0) !== 0xFFFD) { e[D[226][j]] = 57856 + j; d[57856 + j] = D[226][j];}\nD[227] = \"����������������������������������������������������������������鉆鉇鉈鉉鉊鉋鉌鉍鉎鉏鉐鉑鉒鉓鉔鉕鉖鉗鉘鉙鉚鉛鉜鉝鉞鉟鉠鉡鉢鉣鉤鉥鉦鉧鉨鉩鉪鉫鉬鉭鉮鉯鉰鉱鉲鉳鉵鉶鉷鉸鉹鉺鉻鉼鉽鉾鉿銀銁銂銃銄銅�銆銇銈銉銊銋銌銍銏銐銑銒銓銔銕銖銗銘銙銚銛銜銝銞銟銠銡銢銣銤銥銦銧恪恽悖悚悭悝悃悒悌悛惬悻悱惝惘惆惚悴愠愦愕愣惴愀愎愫慊慵憬憔憧憷懔懵忝隳闩闫闱闳闵闶闼闾阃阄阆阈阊阋阌阍阏阒阕阖阗阙阚丬爿戕氵汔汜汊沣沅沐沔沌汨汩汴汶沆沩泐泔沭泷泸泱泗沲泠泖泺泫泮沱泓泯泾�\".split(\"\");\nfor(j = 0; j != D[227].length; ++j) if(D[227][j].charCodeAt(0) !== 0xFFFD) { e[D[227][j]] = 58112 + j; d[58112 + j] = D[227][j];}\nD[228] = \"����������������������������������������������������������������銨銩銪銫銬銭銯銰銱銲銳銴銵銶銷銸銹銺銻銼銽銾銿鋀鋁鋂鋃鋄鋅鋆鋇鋉鋊鋋鋌鋍鋎鋏鋐鋑鋒鋓鋔鋕鋖鋗鋘鋙鋚鋛鋜鋝鋞鋟鋠鋡鋢鋣鋤鋥鋦鋧鋨�鋩鋪鋫鋬鋭鋮鋯鋰鋱鋲鋳鋴鋵鋶鋷鋸鋹鋺鋻鋼鋽鋾鋿錀錁錂錃錄錅錆錇錈錉洹洧洌浃浈洇洄洙洎洫浍洮洵洚浏浒浔洳涑浯涞涠浞涓涔浜浠浼浣渚淇淅淞渎涿淠渑淦淝淙渖涫渌涮渫湮湎湫溲湟溆湓湔渲渥湄滟溱溘滠漭滢溥溧溽溻溷滗溴滏溏滂溟潢潆潇漤漕滹漯漶潋潴漪漉漩澉澍澌潸潲潼潺濑�\".split(\"\");\nfor(j = 0; j != D[228].length; ++j) if(D[228][j].charCodeAt(0) !== 0xFFFD) { e[D[228][j]] = 58368 + j; d[58368 + j] = D[228][j];}\nD[229] = \"����������������������������������������������������������������錊錋錌錍錎錏錐錑錒錓錔錕錖錗錘錙錚錛錜錝錞錟錠錡錢錣錤錥錦錧錨錩錪錫錬錭錮錯錰錱録錳錴錵錶錷錸錹錺錻錼錽錿鍀鍁鍂鍃鍄鍅鍆鍇鍈鍉�鍊鍋鍌鍍鍎鍏鍐鍑鍒鍓鍔鍕鍖鍗鍘鍙鍚鍛鍜鍝鍞鍟鍠鍡鍢鍣鍤鍥鍦鍧鍨鍩鍫濉澧澹澶濂濡濮濞濠濯瀚瀣瀛瀹瀵灏灞宀宄宕宓宥宸甯骞搴寤寮褰寰蹇謇辶迓迕迥迮迤迩迦迳迨逅逄逋逦逑逍逖逡逵逶逭逯遄遑遒遐遨遘遢遛暹遴遽邂邈邃邋彐彗彖彘尻咫屐屙孱屣屦羼弪弩弭艴弼鬻屮妁妃妍妩妪妣�\".split(\"\");\nfor(j = 0; j != D[229].length; ++j) if(D[229][j].charCodeAt(0) !== 0xFFFD) { e[D[229][j]] = 58624 + j; d[58624 + j] = D[229][j];}\nD[230] = \"����������������������������������������������������������������鍬鍭鍮鍯鍰鍱鍲鍳鍴鍵鍶鍷鍸鍹鍺鍻鍼鍽鍾鍿鎀鎁鎂鎃鎄鎅鎆鎇鎈鎉鎊鎋鎌鎍鎎鎐鎑鎒鎓鎔鎕鎖鎗鎘鎙鎚鎛鎜鎝鎞鎟鎠鎡鎢鎣鎤鎥鎦鎧鎨鎩鎪鎫�鎬鎭鎮鎯鎰鎱鎲鎳鎴鎵鎶鎷鎸鎹鎺鎻鎼鎽鎾鎿鏀鏁鏂鏃鏄鏅鏆鏇鏈鏉鏋鏌鏍妗姊妫妞妤姒妲妯姗妾娅娆姝娈姣姘姹娌娉娲娴娑娣娓婀婧婊婕娼婢婵胬媪媛婷婺媾嫫媲嫒嫔媸嫠嫣嫱嫖嫦嫘嫜嬉嬗嬖嬲嬷孀尕尜孚孥孳孑孓孢驵驷驸驺驿驽骀骁骅骈骊骐骒骓骖骘骛骜骝骟骠骢骣骥骧纟纡纣纥纨纩�\".split(\"\");\nfor(j = 0; j != D[230].length; ++j) if(D[230][j].charCodeAt(0) !== 0xFFFD) { e[D[230][j]] = 58880 + j; d[58880 + j] = D[230][j];}\nD[231] = \"����������������������������������������������������������������鏎鏏鏐鏑鏒鏓鏔鏕鏗鏘鏙鏚鏛鏜鏝鏞鏟鏠鏡鏢鏣鏤鏥鏦鏧鏨鏩鏪鏫鏬鏭鏮鏯鏰鏱鏲鏳鏴鏵鏶鏷鏸鏹鏺鏻鏼鏽鏾鏿鐀鐁鐂鐃鐄鐅鐆鐇鐈鐉鐊鐋鐌鐍�鐎鐏鐐鐑鐒鐓鐔鐕鐖鐗鐘鐙鐚鐛鐜鐝鐞鐟鐠鐡鐢鐣鐤鐥鐦鐧鐨鐩鐪鐫鐬鐭鐮纭纰纾绀绁绂绉绋绌绐绔绗绛绠绡绨绫绮绯绱绲缍绶绺绻绾缁缂缃缇缈缋缌缏缑缒缗缙缜缛缟缡缢缣缤缥缦缧缪缫缬缭缯缰缱缲缳缵幺畿巛甾邕玎玑玮玢玟珏珂珑玷玳珀珉珈珥珙顼琊珩珧珞玺珲琏琪瑛琦琥琨琰琮琬�\".split(\"\");\nfor(j = 0; j != D[231].length; ++j) if(D[231][j].charCodeAt(0) !== 0xFFFD) { e[D[231][j]] = 59136 + j; d[59136 + j] = D[231][j];}\nD[232] = \"����������������������������������������������������������������鐯鐰鐱鐲鐳鐴鐵鐶鐷鐸鐹鐺鐻鐼鐽鐿鑀鑁鑂鑃鑄鑅鑆鑇鑈鑉鑊鑋鑌鑍鑎鑏鑐鑑鑒鑓鑔鑕鑖鑗鑘鑙鑚鑛鑜鑝鑞鑟鑠鑡鑢鑣鑤鑥鑦鑧鑨鑩鑪鑬鑭鑮鑯�鑰鑱鑲鑳鑴鑵鑶鑷鑸鑹鑺鑻鑼鑽鑾鑿钀钁钂钃钄钑钖钘铇铏铓铔铚铦铻锜锠琛琚瑁瑜瑗瑕瑙瑷瑭瑾璜璎璀璁璇璋璞璨璩璐璧瓒璺韪韫韬杌杓杞杈杩枥枇杪杳枘枧杵枨枞枭枋杷杼柰栉柘栊柩枰栌柙枵柚枳柝栀柃枸柢栎柁柽栲栳桠桡桎桢桄桤梃栝桕桦桁桧桀栾桊桉栩梵梏桴桷梓桫棂楮棼椟椠棹�\".split(\"\");\nfor(j = 0; j != D[232].length; ++j) if(D[232][j].charCodeAt(0) !== 0xFFFD) { e[D[232][j]] = 59392 + j; d[59392 + j] = D[232][j];}\nD[233] = \"����������������������������������������������������������������锧锳锽镃镈镋镕镚镠镮镴镵長镸镹镺镻镼镽镾門閁閂閃閄閅閆閇閈閉閊開閌閍閎閏閐閑閒間閔閕閖閗閘閙閚閛閜閝閞閟閠閡関閣閤閥閦閧閨閩閪�閫閬閭閮閯閰閱閲閳閴閵閶閷閸閹閺閻閼閽閾閿闀闁闂闃闄闅闆闇闈闉闊闋椤棰椋椁楗棣椐楱椹楠楂楝榄楫榀榘楸椴槌榇榈槎榉楦楣楹榛榧榻榫榭槔榱槁槊槟榕槠榍槿樯槭樗樘橥槲橄樾檠橐橛樵檎橹樽樨橘橼檑檐檩檗檫猷獒殁殂殇殄殒殓殍殚殛殡殪轫轭轱轲轳轵轶轸轷轹轺轼轾辁辂辄辇辋�\".split(\"\");\nfor(j = 0; j != D[233].length; ++j) if(D[233][j].charCodeAt(0) !== 0xFFFD) { e[D[233][j]] = 59648 + j; d[59648 + j] = D[233][j];}\nD[234] = \"����������������������������������������������������������������闌闍闎闏闐闑闒闓闔闕闖闗闘闙闚闛關闝闞闟闠闡闢闣闤闥闦闧闬闿阇阓阘阛阞阠阣阤阥阦阧阨阩阫阬阭阯阰阷阸阹阺阾陁陃陊陎陏陑陒陓陖陗�陘陙陚陜陝陞陠陣陥陦陫陭陮陯陰陱陳陸陹険陻陼陽陾陿隀隁隂隃隄隇隉隊辍辎辏辘辚軎戋戗戛戟戢戡戥戤戬臧瓯瓴瓿甏甑甓攴旮旯旰昊昙杲昃昕昀炅曷昝昴昱昶昵耆晟晔晁晏晖晡晗晷暄暌暧暝暾曛曜曦曩贲贳贶贻贽赀赅赆赈赉赇赍赕赙觇觊觋觌觎觏觐觑牮犟牝牦牯牾牿犄犋犍犏犒挈挲掰�\".split(\"\");\nfor(j = 0; j != D[234].length; ++j) if(D[234][j].charCodeAt(0) !== 0xFFFD) { e[D[234][j]] = 59904 + j; d[59904 + j] = D[234][j];}\nD[235] = \"����������������������������������������������������������������隌階隑隒隓隕隖隚際隝隞隟隠隡隢隣隤隥隦隨隩險隫隬隭隮隯隱隲隴隵隷隸隺隻隿雂雃雈雊雋雐雑雓雔雖雗雘雙雚雛雜雝雞雟雡離難雤雥雦雧雫�雬雭雮雰雱雲雴雵雸雺電雼雽雿霂霃霅霊霋霌霐霑霒霔霕霗霘霙霚霛霝霟霠搿擘耄毪毳毽毵毹氅氇氆氍氕氘氙氚氡氩氤氪氲攵敕敫牍牒牖爰虢刖肟肜肓肼朊肽肱肫肭肴肷胧胨胩胪胛胂胄胙胍胗朐胝胫胱胴胭脍脎胲胼朕脒豚脶脞脬脘脲腈腌腓腴腙腚腱腠腩腼腽腭腧塍媵膈膂膑滕膣膪臌朦臊膻�\".split(\"\");\nfor(j = 0; j != D[235].length; ++j) if(D[235][j].charCodeAt(0) !== 0xFFFD) { e[D[235][j]] = 60160 + j; d[60160 + j] = D[235][j];}\nD[236] = \"����������������������������������������������������������������霡霢霣霤霥霦霧霨霩霫霬霮霯霱霳霴霵霶霷霺霻霼霽霿靀靁靂靃靄靅靆靇靈靉靊靋靌靍靎靏靐靑靔靕靗靘靚靜靝靟靣靤靦靧靨靪靫靬靭靮靯靰靱�靲靵靷靸靹靺靻靽靾靿鞀鞁鞂鞃鞄鞆鞇鞈鞉鞊鞌鞎鞏鞐鞓鞕鞖鞗鞙鞚鞛鞜鞝臁膦欤欷欹歃歆歙飑飒飓飕飙飚殳彀毂觳斐齑斓於旆旄旃旌旎旒旖炀炜炖炝炻烀炷炫炱烨烊焐焓焖焯焱煳煜煨煅煲煊煸煺熘熳熵熨熠燠燔燧燹爝爨灬焘煦熹戾戽扃扈扉礻祀祆祉祛祜祓祚祢祗祠祯祧祺禅禊禚禧禳忑忐�\".split(\"\");\nfor(j = 0; j != D[236].length; ++j) if(D[236][j].charCodeAt(0) !== 0xFFFD) { e[D[236][j]] = 60416 + j; d[60416 + j] = D[236][j];}\nD[237] = \"����������������������������������������������������������������鞞鞟鞡鞢鞤鞥鞦鞧鞨鞩鞪鞬鞮鞰鞱鞳鞵鞶鞷鞸鞹鞺鞻鞼鞽鞾鞿韀韁韂韃韄韅韆韇韈韉韊韋韌韍韎韏韐韑韒韓韔韕韖韗韘韙韚韛韜韝韞韟韠韡韢韣�韤韥韨韮韯韰韱韲韴韷韸韹韺韻韼韽韾響頀頁頂頃頄項順頇須頉頊頋頌頍頎怼恝恚恧恁恙恣悫愆愍慝憩憝懋懑戆肀聿沓泶淼矶矸砀砉砗砘砑斫砭砜砝砹砺砻砟砼砥砬砣砩硎硭硖硗砦硐硇硌硪碛碓碚碇碜碡碣碲碹碥磔磙磉磬磲礅磴礓礤礞礴龛黹黻黼盱眄眍盹眇眈眚眢眙眭眦眵眸睐睑睇睃睚睨�\".split(\"\");\nfor(j = 0; j != D[237].length; ++j) if(D[237][j].charCodeAt(0) !== 0xFFFD) { e[D[237][j]] = 60672 + j; d[60672 + j] = D[237][j];}\nD[238] = \"����������������������������������������������������������������頏預頑頒頓頔頕頖頗領頙頚頛頜頝頞頟頠頡頢頣頤頥頦頧頨頩頪頫頬頭頮頯頰頱頲頳頴頵頶頷頸頹頺頻頼頽頾頿顀顁顂顃顄顅顆顇顈顉顊顋題額�顎顏顐顑顒顓顔顕顖顗願顙顚顛顜顝類顟顠顡顢顣顤顥顦顧顨顩顪顫顬顭顮睢睥睿瞍睽瞀瞌瞑瞟瞠瞰瞵瞽町畀畎畋畈畛畲畹疃罘罡罟詈罨罴罱罹羁罾盍盥蠲钅钆钇钋钊钌钍钏钐钔钗钕钚钛钜钣钤钫钪钭钬钯钰钲钴钶钷钸钹钺钼钽钿铄铈铉铊铋铌铍铎铐铑铒铕铖铗铙铘铛铞铟铠铢铤铥铧铨铪�\".split(\"\");\nfor(j = 0; j != D[238].length; ++j) if(D[238][j].charCodeAt(0) !== 0xFFFD) { e[D[238][j]] = 60928 + j; d[60928 + j] = D[238][j];}\nD[239] = \"����������������������������������������������������������������顯顰顱顲顳顴颋颎颒颕颙颣風颩颪颫颬颭颮颯颰颱颲颳颴颵颶颷颸颹颺颻颼颽颾颿飀飁飂飃飄飅飆飇飈飉飊飋飌飍飏飐飔飖飗飛飜飝飠飡飢飣飤�飥飦飩飪飫飬飭飮飯飰飱飲飳飴飵飶飷飸飹飺飻飼飽飾飿餀餁餂餃餄餅餆餇铩铫铮铯铳铴铵铷铹铼铽铿锃锂锆锇锉锊锍锎锏锒锓锔锕锖锘锛锝锞锟锢锪锫锩锬锱锲锴锶锷锸锼锾锿镂锵镄镅镆镉镌镎镏镒镓镔镖镗镘镙镛镞镟镝镡镢镤镥镦镧镨镩镪镫镬镯镱镲镳锺矧矬雉秕秭秣秫稆嵇稃稂稞稔�\".split(\"\");\nfor(j = 0; j != D[239].length; ++j) if(D[239][j].charCodeAt(0) !== 0xFFFD) { e[D[239][j]] = 61184 + j; d[61184 + j] = D[239][j];}\nD[240] = \"����������������������������������������������������������������餈餉養餋餌餎餏餑餒餓餔餕餖餗餘餙餚餛餜餝餞餟餠餡餢餣餤餥餦餧館餩餪餫餬餭餯餰餱餲餳餴餵餶餷餸餹餺餻餼餽餾餿饀饁饂饃饄饅饆饇饈饉�饊饋饌饍饎饏饐饑饒饓饖饗饘饙饚饛饜饝饞饟饠饡饢饤饦饳饸饹饻饾馂馃馉稹稷穑黏馥穰皈皎皓皙皤瓞瓠甬鸠鸢鸨鸩鸪鸫鸬鸲鸱鸶鸸鸷鸹鸺鸾鹁鹂鹄鹆鹇鹈鹉鹋鹌鹎鹑鹕鹗鹚鹛鹜鹞鹣鹦鹧鹨鹩鹪鹫鹬鹱鹭鹳疒疔疖疠疝疬疣疳疴疸痄疱疰痃痂痖痍痣痨痦痤痫痧瘃痱痼痿瘐瘀瘅瘌瘗瘊瘥瘘瘕瘙�\".split(\"\");\nfor(j = 0; j != D[240].length; ++j) if(D[240][j].charCodeAt(0) !== 0xFFFD) { e[D[240][j]] = 61440 + j; d[61440 + j] = D[240][j];}\nD[241] = \"����������������������������������������������������������������馌馎馚馛馜馝馞馟馠馡馢馣馤馦馧馩馪馫馬馭馮馯馰馱馲馳馴馵馶馷馸馹馺馻馼馽馾馿駀駁駂駃駄駅駆駇駈駉駊駋駌駍駎駏駐駑駒駓駔駕駖駗駘�駙駚駛駜駝駞駟駠駡駢駣駤駥駦駧駨駩駪駫駬駭駮駯駰駱駲駳駴駵駶駷駸駹瘛瘼瘢瘠癀瘭瘰瘿瘵癃瘾瘳癍癞癔癜癖癫癯翊竦穸穹窀窆窈窕窦窠窬窨窭窳衤衩衲衽衿袂袢裆袷袼裉裢裎裣裥裱褚裼裨裾裰褡褙褓褛褊褴褫褶襁襦襻疋胥皲皴矜耒耔耖耜耠耢耥耦耧耩耨耱耋耵聃聆聍聒聩聱覃顸颀颃�\".split(\"\");\nfor(j = 0; j != D[241].length; ++j) if(D[241][j].charCodeAt(0) !== 0xFFFD) { e[D[241][j]] = 61696 + j; d[61696 + j] = D[241][j];}\nD[242] = \"����������������������������������������������������������������駺駻駼駽駾駿騀騁騂騃騄騅騆騇騈騉騊騋騌騍騎騏騐騑騒験騔騕騖騗騘騙騚騛騜騝騞騟騠騡騢騣騤騥騦騧騨騩騪騫騬騭騮騯騰騱騲騳騴騵騶騷騸�騹騺騻騼騽騾騿驀驁驂驃驄驅驆驇驈驉驊驋驌驍驎驏驐驑驒驓驔驕驖驗驘驙颉颌颍颏颔颚颛颞颟颡颢颥颦虍虔虬虮虿虺虼虻蚨蚍蚋蚬蚝蚧蚣蚪蚓蚩蚶蛄蚵蛎蚰蚺蚱蚯蛉蛏蚴蛩蛱蛲蛭蛳蛐蜓蛞蛴蛟蛘蛑蜃蜇蛸蜈蜊蜍蜉蜣蜻蜞蜥蜮蜚蜾蝈蜴蜱蜩蜷蜿螂蜢蝽蝾蝻蝠蝰蝌蝮螋蝓蝣蝼蝤蝙蝥螓螯螨蟒�\".split(\"\");\nfor(j = 0; j != D[242].length; ++j) if(D[242][j].charCodeAt(0) !== 0xFFFD) { e[D[242][j]] = 61952 + j; d[61952 + j] = D[242][j];}\nD[243] = \"����������������������������������������������������������������驚驛驜驝驞驟驠驡驢驣驤驥驦驧驨驩驪驫驲骃骉骍骎骔骕骙骦骩骪骫骬骭骮骯骲骳骴骵骹骻骽骾骿髃髄髆髇髈髉髊髍髎髏髐髒體髕髖髗髙髚髛髜�髝髞髠髢髣髤髥髧髨髩髪髬髮髰髱髲髳髴髵髶髷髸髺髼髽髾髿鬀鬁鬂鬄鬅鬆蟆螈螅螭螗螃螫蟥螬螵螳蟋蟓螽蟑蟀蟊蟛蟪蟠蟮蠖蠓蟾蠊蠛蠡蠹蠼缶罂罄罅舐竺竽笈笃笄笕笊笫笏筇笸笪笙笮笱笠笥笤笳笾笞筘筚筅筵筌筝筠筮筻筢筲筱箐箦箧箸箬箝箨箅箪箜箢箫箴篑篁篌篝篚篥篦篪簌篾篼簏簖簋�\".split(\"\");\nfor(j = 0; j != D[243].length; ++j) if(D[243][j].charCodeAt(0) !== 0xFFFD) { e[D[243][j]] = 62208 + j; d[62208 + j] = D[243][j];}\nD[244] = \"����������������������������������������������������������������鬇鬉鬊鬋鬌鬍鬎鬐鬑鬒鬔鬕鬖鬗鬘鬙鬚鬛鬜鬝鬞鬠鬡鬢鬤鬥鬦鬧鬨鬩鬪鬫鬬鬭鬮鬰鬱鬳鬴鬵鬶鬷鬸鬹鬺鬽鬾鬿魀魆魊魋魌魎魐魒魓魕魖魗魘魙魚�魛魜魝魞魟魠魡魢魣魤魥魦魧魨魩魪魫魬魭魮魯魰魱魲魳魴魵魶魷魸魹魺魻簟簪簦簸籁籀臾舁舂舄臬衄舡舢舣舭舯舨舫舸舻舳舴舾艄艉艋艏艚艟艨衾袅袈裘裟襞羝羟羧羯羰羲籼敉粑粝粜粞粢粲粼粽糁糇糌糍糈糅糗糨艮暨羿翎翕翥翡翦翩翮翳糸絷綦綮繇纛麸麴赳趄趔趑趱赧赭豇豉酊酐酎酏酤�\".split(\"\");\nfor(j = 0; j != D[244].length; ++j) if(D[244][j].charCodeAt(0) !== 0xFFFD) { e[D[244][j]] = 62464 + j; d[62464 + j] = D[244][j];}\nD[245] = \"����������������������������������������������������������������魼魽魾魿鮀鮁鮂鮃鮄鮅鮆鮇鮈鮉鮊鮋鮌鮍鮎鮏鮐鮑鮒鮓鮔鮕鮖鮗鮘鮙鮚鮛鮜鮝鮞鮟鮠鮡鮢鮣鮤鮥鮦鮧鮨鮩鮪鮫鮬鮭鮮鮯鮰鮱鮲鮳鮴鮵鮶鮷鮸鮹鮺�鮻鮼鮽鮾鮿鯀鯁鯂鯃鯄鯅鯆鯇鯈鯉鯊鯋鯌鯍鯎鯏鯐鯑鯒鯓鯔鯕鯖鯗鯘鯙鯚鯛酢酡酰酩酯酽酾酲酴酹醌醅醐醍醑醢醣醪醭醮醯醵醴醺豕鹾趸跫踅蹙蹩趵趿趼趺跄跖跗跚跞跎跏跛跆跬跷跸跣跹跻跤踉跽踔踝踟踬踮踣踯踺蹀踹踵踽踱蹉蹁蹂蹑蹒蹊蹰蹶蹼蹯蹴躅躏躔躐躜躞豸貂貊貅貘貔斛觖觞觚觜�\".split(\"\");\nfor(j = 0; j != D[245].length; ++j) if(D[245][j].charCodeAt(0) !== 0xFFFD) { e[D[245][j]] = 62720 + j; d[62720 + j] = D[245][j];}\nD[246] = \"����������������������������������������������������������������鯜鯝鯞鯟鯠鯡鯢鯣鯤鯥鯦鯧鯨鯩鯪鯫鯬鯭鯮鯯鯰鯱鯲鯳鯴鯵鯶鯷鯸鯹鯺鯻鯼鯽鯾鯿鰀鰁鰂鰃鰄鰅鰆鰇鰈鰉鰊鰋鰌鰍鰎鰏鰐鰑鰒鰓鰔鰕鰖鰗鰘鰙鰚�鰛鰜鰝鰞鰟鰠鰡鰢鰣鰤鰥鰦鰧鰨鰩鰪鰫鰬鰭鰮鰯鰰鰱鰲鰳鰴鰵鰶鰷鰸鰹鰺鰻觥觫觯訾謦靓雩雳雯霆霁霈霏霎霪霭霰霾龀龃龅龆龇龈龉龊龌黾鼋鼍隹隼隽雎雒瞿雠銎銮鋈錾鍪鏊鎏鐾鑫鱿鲂鲅鲆鲇鲈稣鲋鲎鲐鲑鲒鲔鲕鲚鲛鲞鲟鲠鲡鲢鲣鲥鲦鲧鲨鲩鲫鲭鲮鲰鲱鲲鲳鲴鲵鲶鲷鲺鲻鲼鲽鳄鳅鳆鳇鳊鳋�\".split(\"\");\nfor(j = 0; j != D[246].length; ++j) if(D[246][j].charCodeAt(0) !== 0xFFFD) { e[D[246][j]] = 62976 + j; d[62976 + j] = D[246][j];}\nD[247] = \"����������������������������������������������������������������鰼鰽鰾鰿鱀鱁鱂鱃鱄鱅鱆鱇鱈鱉鱊鱋鱌鱍鱎鱏鱐鱑鱒鱓鱔鱕鱖鱗鱘鱙鱚鱛鱜鱝鱞鱟鱠鱡鱢鱣鱤鱥鱦鱧鱨鱩鱪鱫鱬鱭鱮鱯鱰鱱鱲鱳鱴鱵鱶鱷鱸鱹鱺�鱻鱽鱾鲀鲃鲄鲉鲊鲌鲏鲓鲖鲗鲘鲙鲝鲪鲬鲯鲹鲾鲿鳀鳁鳂鳈鳉鳑鳒鳚鳛鳠鳡鳌鳍鳎鳏鳐鳓鳔鳕鳗鳘鳙鳜鳝鳟鳢靼鞅鞑鞒鞔鞯鞫鞣鞲鞴骱骰骷鹘骶骺骼髁髀髅髂髋髌髑魅魃魇魉魈魍魑飨餍餮饕饔髟髡髦髯髫髻髭髹鬈鬏鬓鬟鬣麽麾縻麂麇麈麋麒鏖麝麟黛黜黝黠黟黢黩黧黥黪黯鼢鼬鼯鼹鼷鼽鼾齄�\".split(\"\");\nfor(j = 0; j != D[247].length; ++j) if(D[247][j].charCodeAt(0) !== 0xFFFD) { e[D[247][j]] = 63232 + j; d[63232 + j] = D[247][j];}\nD[248] = \"����������������������������������������������������������������鳣鳤鳥鳦鳧鳨鳩鳪鳫鳬鳭鳮鳯鳰鳱鳲鳳鳴鳵鳶鳷鳸鳹鳺鳻鳼鳽鳾鳿鴀鴁鴂鴃鴄鴅鴆鴇鴈鴉鴊鴋鴌鴍鴎鴏鴐鴑鴒鴓鴔鴕鴖鴗鴘鴙鴚鴛鴜鴝鴞鴟鴠鴡�鴢鴣鴤鴥鴦鴧鴨鴩鴪鴫鴬鴭鴮鴯鴰鴱鴲鴳鴴鴵鴶鴷鴸鴹鴺鴻鴼鴽鴾鴿鵀鵁鵂�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[248].length; ++j) if(D[248][j].charCodeAt(0) !== 0xFFFD) { e[D[248][j]] = 63488 + j; d[63488 + j] = D[248][j];}\nD[249] = \"����������������������������������������������������������������鵃鵄鵅鵆鵇鵈鵉鵊鵋鵌鵍鵎鵏鵐鵑鵒鵓鵔鵕鵖鵗鵘鵙鵚鵛鵜鵝鵞鵟鵠鵡鵢鵣鵤鵥鵦鵧鵨鵩鵪鵫鵬鵭鵮鵯鵰鵱鵲鵳鵴鵵鵶鵷鵸鵹鵺鵻鵼鵽鵾鵿鶀鶁�鶂鶃鶄鶅鶆鶇鶈鶉鶊鶋鶌鶍鶎鶏鶐鶑鶒鶓鶔鶕鶖鶗鶘鶙鶚鶛鶜鶝鶞鶟鶠鶡鶢�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[249].length; ++j) if(D[249][j].charCodeAt(0) !== 0xFFFD) { e[D[249][j]] = 63744 + j; d[63744 + j] = D[249][j];}\nD[250] = \"����������������������������������������������������������������鶣鶤鶥鶦鶧鶨鶩鶪鶫鶬鶭鶮鶯鶰鶱鶲鶳鶴鶵鶶鶷鶸鶹鶺鶻鶼鶽鶾鶿鷀鷁鷂鷃鷄鷅鷆鷇鷈鷉鷊鷋鷌鷍鷎鷏鷐鷑鷒鷓鷔鷕鷖鷗鷘鷙鷚鷛鷜鷝鷞鷟鷠鷡�鷢鷣鷤鷥鷦鷧鷨鷩鷪鷫鷬鷭鷮鷯鷰鷱鷲鷳鷴鷵鷶鷷鷸鷹鷺鷻鷼鷽鷾鷿鸀鸁鸂�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[250].length; ++j) if(D[250][j].charCodeAt(0) !== 0xFFFD) { e[D[250][j]] = 64000 + j; d[64000 + j] = D[250][j];}\nD[251] = \"����������������������������������������������������������������鸃鸄鸅鸆鸇鸈鸉鸊鸋鸌鸍鸎鸏鸐鸑鸒鸓鸔鸕鸖鸗鸘鸙鸚鸛鸜鸝鸞鸤鸧鸮鸰鸴鸻鸼鹀鹍鹐鹒鹓鹔鹖鹙鹝鹟鹠鹡鹢鹥鹮鹯鹲鹴鹵鹶鹷鹸鹹鹺鹻鹼鹽麀�麁麃麄麅麆麉麊麌麍麎麏麐麑麔麕麖麗麘麙麚麛麜麞麠麡麢麣麤麥麧麨麩麪�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[251].length; ++j) if(D[251][j].charCodeAt(0) !== 0xFFFD) { e[D[251][j]] = 64256 + j; d[64256 + j] = D[251][j];}\nD[252] = \"����������������������������������������������������������������麫麬麭麮麯麰麱麲麳麵麶麷麹麺麼麿黀黁黂黃黅黆黇黈黊黋黌黐黒黓黕黖黗黙黚點黡黣黤黦黨黫黬黭黮黰黱黲黳黴黵黶黷黸黺黽黿鼀鼁鼂鼃鼄鼅�鼆鼇鼈鼉鼊鼌鼏鼑鼒鼔鼕鼖鼘鼚鼛鼜鼝鼞鼟鼡鼣鼤鼥鼦鼧鼨鼩鼪鼫鼭鼮鼰鼱�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[252].length; ++j) if(D[252][j].charCodeAt(0) !== 0xFFFD) { e[D[252][j]] = 64512 + j; d[64512 + j] = D[252][j];}\nD[253] = \"����������������������������������������������������������������鼲鼳鼴鼵鼶鼸鼺鼼鼿齀齁齂齃齅齆齇齈齉齊齋齌齍齎齏齒齓齔齕齖齗齘齙齚齛齜齝齞齟齠齡齢齣齤齥齦齧齨齩齪齫齬齭齮齯齰齱齲齳齴齵齶齷齸�齹齺齻齼齽齾龁龂龍龎龏龐龑龒龓龔龕龖龗龘龜龝龞龡龢龣龤龥郎凉秊裏隣�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[253].length; ++j) if(D[253][j].charCodeAt(0) !== 0xFFFD) { e[D[253][j]] = 64768 + j; d[64768 + j] = D[253][j];}\nD[254] = \"����������������������������������������������������������������兀嗀﨎﨏﨑﨓﨔礼﨟蘒﨡﨣﨤﨧﨨﨩��������������������������������������������������������������������������������������������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[254].length; ++j) if(D[254][j].charCodeAt(0) !== 0xFFFD) { e[D[254][j]] = 65024 + j; d[65024 + j] = D[254][j];}\nreturn {\"enc\": e, \"dec\": d }; })();\ncptable[949] = (function(){ var d = [], e = {}, D = [], j;\nD[0] = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~��������������������������������������������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[0].length; ++j) if(D[0][j].charCodeAt(0) !== 0xFFFD) { e[D[0][j]] = 0 + j; d[0 + j] = D[0][j];}\nD[129] = \"�����������������������������������������������������������������갂갃갅갆갋갌갍갎갏갘갞갟갡갢갣갥갦갧갨갩갪갫갮갲갳갴������갵갶갷갺갻갽갾갿걁걂걃걄걅걆걇걈걉걊걌걎걏걐걑걒걓걕������걖걗걙걚걛걝걞걟걠걡걢걣걤걥걦걧걨걩걪걫걬걭걮걯걲걳걵걶걹걻걼걽걾걿겂겇겈겍겎겏겑겒겓겕겖겗겘겙겚겛겞겢겣겤겥겦겧겫겭겮겱겲겳겴겵겶겷겺겾겿곀곂곃곅곆곇곉곊곋곍곎곏곐곑곒곓곔곖곘곙곚곛곜곝곞곟곢곣곥곦곩곫곭곮곲곴곷곸곹곺곻곾곿괁괂괃괅괇괈괉괊괋괎괐괒괓�\".split(\"\");\nfor(j = 0; j != D[129].length; ++j) if(D[129][j].charCodeAt(0) !== 0xFFFD) { e[D[129][j]] = 33024 + j; d[33024 + j] = D[129][j];}\nD[130] = \"�����������������������������������������������������������������괔괕괖괗괙괚괛괝괞괟괡괢괣괤괥괦괧괨괪괫괮괯괰괱괲괳������괶괷괹괺괻괽괾괿굀굁굂굃굆굈굊굋굌굍굎굏굑굒굓굕굖굗������굙굚굛굜굝굞굟굠굢굤굥굦굧굨굩굪굫굮굯굱굲굷굸굹굺굾궀궃궄궅궆궇궊궋궍궎궏궑궒궓궔궕궖궗궘궙궚궛궞궟궠궡궢궣궥궦궧궨궩궪궫궬궭궮궯궰궱궲궳궴궵궶궸궹궺궻궼궽궾궿귂귃귅귆귇귉귊귋귌귍귎귏귒귔귕귖귗귘귙귚귛귝귞귟귡귢귣귥귦귧귨귩귪귫귬귭귮귯귰귱귲귳귴귵귶귷�\".split(\"\");\nfor(j = 0; j != D[130].length; ++j) if(D[130][j].charCodeAt(0) !== 0xFFFD) { e[D[130][j]] = 33280 + j; d[33280 + j] = D[130][j];}\nD[131] = \"�����������������������������������������������������������������귺귻귽귾긂긃긄긅긆긇긊긌긎긏긐긑긒긓긕긖긗긘긙긚긛긜������긝긞긟긠긡긢긣긤긥긦긧긨긩긪긫긬긭긮긯긲긳긵긶긹긻긼������긽긾긿깂깄깇깈깉깋깏깑깒깓깕깗깘깙깚깛깞깢깣깤깦깧깪깫깭깮깯깱깲깳깴깵깶깷깺깾깿꺀꺁꺂꺃꺆꺇꺈꺉꺊꺋꺍꺎꺏꺐꺑꺒꺓꺔꺕꺖꺗꺘꺙꺚꺛꺜꺝꺞꺟꺠꺡꺢꺣꺤꺥꺦꺧꺨꺩꺪꺫꺬꺭꺮꺯꺰꺱꺲꺳꺴꺵꺶꺷꺸꺹꺺꺻꺿껁껂껃껅껆껇껈껉껊껋껎껒껓껔껕껖껗껚껛껝껞껟껠껡껢껣껤껥�\".split(\"\");\nfor(j = 0; j != D[131].length; ++j) if(D[131][j].charCodeAt(0) !== 0xFFFD) { e[D[131][j]] = 33536 + j; d[33536 + j] = D[131][j];}\nD[132] = \"�����������������������������������������������������������������껦껧껩껪껬껮껯껰껱껲껳껵껶껷껹껺껻껽껾껿꼀꼁꼂꼃꼄꼅������꼆꼉꼊꼋꼌꼎꼏꼑꼒꼓꼔꼕꼖꼗꼘꼙꼚꼛꼜꼝꼞꼟꼠꼡꼢꼣������꼤꼥꼦꼧꼨꼩꼪꼫꼮꼯꼱꼳꼵꼶꼷꼸꼹꼺꼻꼾꽀꽄꽅꽆꽇꽊꽋꽌꽍꽎꽏꽑꽒꽓꽔꽕꽖꽗꽘꽙꽚꽛꽞꽟꽠꽡꽢꽣꽦꽧꽨꽩꽪꽫꽬꽭꽮꽯꽰꽱꽲꽳꽴꽵꽶꽷꽸꽺꽻꽼꽽꽾꽿꾁꾂꾃꾅꾆꾇꾉꾊꾋꾌꾍꾎꾏꾒꾓꾔꾖꾗꾘꾙꾚꾛꾝꾞꾟꾠꾡꾢꾣꾤꾥꾦꾧꾨꾩꾪꾫꾬꾭꾮꾯꾰꾱꾲꾳꾴꾵꾶꾷꾺꾻꾽꾾�\".split(\"\");\nfor(j = 0; j != D[132].length; ++j) if(D[132][j].charCodeAt(0) !== 0xFFFD) { e[D[132][j]] = 33792 + j; d[33792 + j] = D[132][j];}\nD[133] = \"�����������������������������������������������������������������꾿꿁꿂꿃꿄꿅꿆꿊꿌꿏꿐꿑꿒꿓꿕꿖꿗꿘꿙꿚꿛꿝꿞꿟꿠꿡������꿢꿣꿤꿥꿦꿧꿪꿫꿬꿭꿮꿯꿲꿳꿵꿶꿷꿹꿺꿻꿼꿽꿾꿿뀂뀃������뀅뀆뀇뀈뀉뀊뀋뀍뀎뀏뀑뀒뀓뀕뀖뀗뀘뀙뀚뀛뀞뀟뀠뀡뀢뀣뀤뀥뀦뀧뀩뀪뀫뀬뀭뀮뀯뀰뀱뀲뀳뀴뀵뀶뀷뀸뀹뀺뀻뀼뀽뀾뀿끀끁끂끃끆끇끉끋끍끏끐끑끒끖끘끚끛끜끞끟끠끡끢끣끤끥끦끧끨끩끪끫끬끭끮끯끰끱끲끳끴끵끶끷끸끹끺끻끾끿낁낂낃낅낆낇낈낉낊낋낎낐낒낓낔낕낖낗낛낝낞낣낤�\".split(\"\");\nfor(j = 0; j != D[133].length; ++j) if(D[133][j].charCodeAt(0) !== 0xFFFD) { e[D[133][j]] = 34048 + j; d[34048 + j] = D[133][j];}\nD[134] = \"�����������������������������������������������������������������낥낦낧낪낰낲낶낷낹낺낻낽낾낿냀냁냂냃냆냊냋냌냍냎냏냒������냓냕냖냗냙냚냛냜냝냞냟냡냢냣냤냦냧냨냩냪냫냬냭냮냯냰������냱냲냳냴냵냶냷냸냹냺냻냼냽냾냿넀넁넂넃넄넅넆넇넊넍넎넏넑넔넕넖넗넚넞넟넠넡넢넦넧넩넪넫넭넮넯넰넱넲넳넶넺넻넼넽넾넿녂녃녅녆녇녉녊녋녌녍녎녏녒녓녖녗녙녚녛녝녞녟녡녢녣녤녥녦녧녨녩녪녫녬녭녮녯녰녱녲녳녴녵녶녷녺녻녽녾녿놁놃놄놅놆놇놊놌놎놏놐놑놕놖놗놙놚놛놝�\".split(\"\");\nfor(j = 0; j != D[134].length; ++j) if(D[134][j].charCodeAt(0) !== 0xFFFD) { e[D[134][j]] = 34304 + j; d[34304 + j] = D[134][j];}\nD[135] = \"�����������������������������������������������������������������놞놟놠놡놢놣놤놥놦놧놩놪놫놬놭놮놯놰놱놲놳놴놵놶놷놸������놹놺놻놼놽놾놿뇀뇁뇂뇃뇄뇅뇆뇇뇈뇉뇊뇋뇍뇎뇏뇑뇒뇓뇕������뇖뇗뇘뇙뇚뇛뇞뇠뇡뇢뇣뇤뇥뇦뇧뇪뇫뇭뇮뇯뇱뇲뇳뇴뇵뇶뇷뇸뇺뇼뇾뇿눀눁눂눃눆눇눉눊눍눎눏눐눑눒눓눖눘눚눛눜눝눞눟눡눢눣눤눥눦눧눨눩눪눫눬눭눮눯눰눱눲눳눵눶눷눸눹눺눻눽눾눿뉀뉁뉂뉃뉄뉅뉆뉇뉈뉉뉊뉋뉌뉍뉎뉏뉐뉑뉒뉓뉔뉕뉖뉗뉙뉚뉛뉝뉞뉟뉡뉢뉣뉤뉥뉦뉧뉪뉫뉬뉭뉮�\".split(\"\");\nfor(j = 0; j != D[135].length; ++j) if(D[135][j].charCodeAt(0) !== 0xFFFD) { e[D[135][j]] = 34560 + j; d[34560 + j] = D[135][j];}\nD[136] = \"�����������������������������������������������������������������뉯뉰뉱뉲뉳뉶뉷뉸뉹뉺뉻뉽뉾뉿늀늁늂늃늆늇늈늊늋늌늍늎������늏늒늓늕늖늗늛늜늝늞늟늢늤늧늨늩늫늭늮늯늱늲늳늵늶늷������늸늹늺늻늼늽늾늿닀닁닂닃닄닅닆닇닊닋닍닎닏닑닓닔닕닖닗닚닜닞닟닠닡닣닧닩닪닰닱닲닶닼닽닾댂댃댅댆댇댉댊댋댌댍댎댏댒댖댗댘댙댚댛댝댞댟댠댡댢댣댤댥댦댧댨댩댪댫댬댭댮댯댰댱댲댳댴댵댶댷댸댹댺댻댼댽댾댿덀덁덂덃덄덅덆덇덈덉덊덋덌덍덎덏덐덑덒덓덗덙덚덝덠덡덢덣�\".split(\"\");\nfor(j = 0; j != D[136].length; ++j) if(D[136][j].charCodeAt(0) !== 0xFFFD) { e[D[136][j]] = 34816 + j; d[34816 + j] = D[136][j];}\nD[137] = \"�����������������������������������������������������������������덦덨덪덬덭덯덲덳덵덶덷덹덺덻덼덽덾덿뎂뎆뎇뎈뎉뎊뎋뎍������뎎뎏뎑뎒뎓뎕뎖뎗뎘뎙뎚뎛뎜뎝뎞뎟뎢뎣뎤뎥뎦뎧뎩뎪뎫뎭������뎮뎯뎰뎱뎲뎳뎴뎵뎶뎷뎸뎹뎺뎻뎼뎽뎾뎿돀돁돂돃돆돇돉돊돍돏돑돒돓돖돘돚돜돞돟돡돢돣돥돦돧돩돪돫돬돭돮돯돰돱돲돳돴돵돶돷돸돹돺돻돽돾돿됀됁됂됃됄됅됆됇됈됉됊됋됌됍됎됏됑됒됓됔됕됖됗됙됚됛됝됞됟됡됢됣됤됥됦됧됪됬됭됮됯됰됱됲됳됵됶됷됸됹됺됻됼됽됾됿둀둁둂둃둄�\".split(\"\");\nfor(j = 0; j != D[137].length; ++j) if(D[137][j].charCodeAt(0) !== 0xFFFD) { e[D[137][j]] = 35072 + j; d[35072 + j] = D[137][j];}\nD[138] = \"�����������������������������������������������������������������둅둆둇둈둉둊둋둌둍둎둏둒둓둕둖둗둙둚둛둜둝둞둟둢둤둦������둧둨둩둪둫둭둮둯둰둱둲둳둴둵둶둷둸둹둺둻둼둽둾둿뒁뒂������뒃뒄뒅뒆뒇뒉뒊뒋뒌뒍뒎뒏뒐뒑뒒뒓뒔뒕뒖뒗뒘뒙뒚뒛뒜뒞뒟뒠뒡뒢뒣뒥뒦뒧뒩뒪뒫뒭뒮뒯뒰뒱뒲뒳뒴뒶뒸뒺뒻뒼뒽뒾뒿듁듂듃듅듆듇듉듊듋듌듍듎듏듑듒듓듔듖듗듘듙듚듛듞듟듡듢듥듧듨듩듪듫듮듰듲듳듴듵듶듷듹듺듻듼듽듾듿딀딁딂딃딄딅딆딇딈딉딊딋딌딍딎딏딐딑딒딓딖딗딙딚딝�\".split(\"\");\nfor(j = 0; j != D[138].length; ++j) if(D[138][j].charCodeAt(0) !== 0xFFFD) { e[D[138][j]] = 35328 + j; d[35328 + j] = D[138][j];}\nD[139] = \"�����������������������������������������������������������������딞딟딠딡딢딣딦딫딬딭딮딯딲딳딵딶딷딹딺딻딼딽딾딿땂땆������땇땈땉땊땎땏땑땒땓땕땖땗땘땙땚땛땞땢땣땤땥땦땧땨땩땪������땫땬땭땮땯땰땱땲땳땴땵땶땷땸땹땺땻땼땽땾땿떀떁떂떃떄떅떆떇떈떉떊떋떌떍떎떏떐떑떒떓떔떕떖떗떘떙떚떛떜떝떞떟떢떣떥떦떧떩떬떭떮떯떲떶떷떸떹떺떾떿뗁뗂뗃뗅뗆뗇뗈뗉뗊뗋뗎뗒뗓뗔뗕뗖뗗뗙뗚뗛뗜뗝뗞뗟뗠뗡뗢뗣뗤뗥뗦뗧뗨뗩뗪뗫뗭뗮뗯뗰뗱뗲뗳뗴뗵뗶뗷뗸뗹뗺뗻뗼뗽뗾뗿�\".split(\"\");\nfor(j = 0; j != D[139].length; ++j) if(D[139][j].charCodeAt(0) !== 0xFFFD) { e[D[139][j]] = 35584 + j; d[35584 + j] = D[139][j];}\nD[140] = \"�����������������������������������������������������������������똀똁똂똃똄똅똆똇똈똉똊똋똌똍똎똏똒똓똕똖똗똙똚똛똜똝������똞똟똠똡똢똣똤똦똧똨똩똪똫똭똮똯똰똱똲똳똵똶똷똸똹똺������똻똼똽똾똿뙀뙁뙂뙃뙄뙅뙆뙇뙉뙊뙋뙌뙍뙎뙏뙐뙑뙒뙓뙔뙕뙖뙗뙘뙙뙚뙛뙜뙝뙞뙟뙠뙡뙢뙣뙥뙦뙧뙩뙪뙫뙬뙭뙮뙯뙰뙱뙲뙳뙴뙵뙶뙷뙸뙹뙺뙻뙼뙽뙾뙿뚀뚁뚂뚃뚄뚅뚆뚇뚈뚉뚊뚋뚌뚍뚎뚏뚐뚑뚒뚓뚔뚕뚖뚗뚘뚙뚚뚛뚞뚟뚡뚢뚣뚥뚦뚧뚨뚩뚪뚭뚮뚯뚰뚲뚳뚴뚵뚶뚷뚸뚹뚺뚻뚼뚽뚾뚿뛀뛁뛂�\".split(\"\");\nfor(j = 0; j != D[140].length; ++j) if(D[140][j].charCodeAt(0) !== 0xFFFD) { e[D[140][j]] = 35840 + j; d[35840 + j] = D[140][j];}\nD[141] = \"�����������������������������������������������������������������뛃뛄뛅뛆뛇뛈뛉뛊뛋뛌뛍뛎뛏뛐뛑뛒뛓뛕뛖뛗뛘뛙뛚뛛뛜뛝������뛞뛟뛠뛡뛢뛣뛤뛥뛦뛧뛨뛩뛪뛫뛬뛭뛮뛯뛱뛲뛳뛵뛶뛷뛹뛺������뛻뛼뛽뛾뛿뜂뜃뜄뜆뜇뜈뜉뜊뜋뜌뜍뜎뜏뜐뜑뜒뜓뜔뜕뜖뜗뜘뜙뜚뜛뜜뜝뜞뜟뜠뜡뜢뜣뜤뜥뜦뜧뜪뜫뜭뜮뜱뜲뜳뜴뜵뜶뜷뜺뜼뜽뜾뜿띀띁띂띃띅띆띇띉띊띋띍띎띏띐띑띒띓띖띗띘띙띚띛띜띝띞띟띡띢띣띥띦띧띩띪띫띬띭띮띯띲띴띶띷띸띹띺띻띾띿랁랂랃랅랆랇랈랉랊랋랎랓랔랕랚랛랝랞�\".split(\"\");\nfor(j = 0; j != D[141].length; ++j) if(D[141][j].charCodeAt(0) !== 0xFFFD) { e[D[141][j]] = 36096 + j; d[36096 + j] = D[141][j];}\nD[142] = \"�����������������������������������������������������������������랟랡랢랣랤랥랦랧랪랮랯랰랱랲랳랶랷랹랺랻랼랽랾랿럀럁������럂럃럄럅럆럈럊럋럌럍럎럏럐럑럒럓럔럕럖럗럘럙럚럛럜럝������럞럟럠럡럢럣럤럥럦럧럨럩럪럫럮럯럱럲럳럵럶럷럸럹럺럻럾렂렃렄렅렆렊렋렍렎렏렑렒렓렔렕렖렗렚렜렞렟렠렡렢렣렦렧렩렪렫렭렮렯렰렱렲렳렶렺렻렼렽렾렿롁롂롃롅롆롇롈롉롊롋롌롍롎롏롐롒롔롕롖롗롘롙롚롛롞롟롡롢롣롥롦롧롨롩롪롫롮롰롲롳롴롵롶롷롹롺롻롽롾롿뢀뢁뢂뢃뢄�\".split(\"\");\nfor(j = 0; j != D[142].length; ++j) if(D[142][j].charCodeAt(0) !== 0xFFFD) { e[D[142][j]] = 36352 + j; d[36352 + j] = D[142][j];}\nD[143] = \"�����������������������������������������������������������������뢅뢆뢇뢈뢉뢊뢋뢌뢎뢏뢐뢑뢒뢓뢔뢕뢖뢗뢘뢙뢚뢛뢜뢝뢞뢟������뢠뢡뢢뢣뢤뢥뢦뢧뢩뢪뢫뢬뢭뢮뢯뢱뢲뢳뢵뢶뢷뢹뢺뢻뢼뢽������뢾뢿룂룄룆룇룈룉룊룋룍룎룏룑룒룓룕룖룗룘룙룚룛룜룞룠룢룣룤룥룦룧룪룫룭룮룯룱룲룳룴룵룶룷룺룼룾룿뤀뤁뤂뤃뤅뤆뤇뤈뤉뤊뤋뤌뤍뤎뤏뤐뤑뤒뤓뤔뤕뤖뤗뤙뤚뤛뤜뤝뤞뤟뤡뤢뤣뤤뤥뤦뤧뤨뤩뤪뤫뤬뤭뤮뤯뤰뤱뤲뤳뤴뤵뤶뤷뤸뤹뤺뤻뤾뤿륁륂륃륅륆륇륈륉륊륋륍륎륐륒륓륔륕륖륗�\".split(\"\");\nfor(j = 0; j != D[143].length; ++j) if(D[143][j].charCodeAt(0) !== 0xFFFD) { e[D[143][j]] = 36608 + j; d[36608 + j] = D[143][j];}\nD[144] = \"�����������������������������������������������������������������륚륛륝륞륟륡륢륣륤륥륦륧륪륬륮륯륰륱륲륳륶륷륹륺륻륽������륾륿릀릁릂릃릆릈릋릌릏릐릑릒릓릔릕릖릗릘릙릚릛릜릝릞������릟릠릡릢릣릤릥릦릧릨릩릪릫릮릯릱릲릳릵릶릷릸릹릺릻릾맀맂맃맄맅맆맇맊맋맍맓맔맕맖맗맚맜맟맠맢맦맧맩맪맫맭맮맯맰맱맲맳맶맻맼맽맾맿먂먃먄먅먆먇먉먊먋먌먍먎먏먐먑먒먓먔먖먗먘먙먚먛먜먝먞먟먠먡먢먣먤먥먦먧먨먩먪먫먬먭먮먯먰먱먲먳먴먵먶먷먺먻먽먾먿멁멃멄멅멆�\".split(\"\");\nfor(j = 0; j != D[144].length; ++j) if(D[144][j].charCodeAt(0) !== 0xFFFD) { e[D[144][j]] = 36864 + j; d[36864 + j] = D[144][j];}\nD[145] = \"�����������������������������������������������������������������멇멊멌멏멐멑멒멖멗멙멚멛멝멞멟멠멡멢멣멦멪멫멬멭멮멯������멲멳멵멶멷멹멺멻멼멽멾멿몀몁몂몆몈몉몊몋몍몎몏몐몑몒������몓몔몕몖몗몘몙몚몛몜몝몞몟몠몡몢몣몤몥몦몧몪몭몮몯몱몳몴몵몶몷몺몼몾몿뫀뫁뫂뫃뫅뫆뫇뫉뫊뫋뫌뫍뫎뫏뫐뫑뫒뫓뫔뫕뫖뫗뫚뫛뫜뫝뫞뫟뫠뫡뫢뫣뫤뫥뫦뫧뫨뫩뫪뫫뫬뫭뫮뫯뫰뫱뫲뫳뫴뫵뫶뫷뫸뫹뫺뫻뫽뫾뫿묁묂묃묅묆묇묈묉묊묋묌묎묐묒묓묔묕묖묗묙묚묛묝묞묟묡묢묣묤묥묦묧�\".split(\"\");\nfor(j = 0; j != D[145].length; ++j) if(D[145][j].charCodeAt(0) !== 0xFFFD) { e[D[145][j]] = 37120 + j; d[37120 + j] = D[145][j];}\nD[146] = \"�����������������������������������������������������������������묨묪묬묭묮묯묰묱묲묳묷묹묺묿뭀뭁뭂뭃뭆뭈뭊뭋뭌뭎뭑뭒������뭓뭕뭖뭗뭙뭚뭛뭜뭝뭞뭟뭠뭢뭤뭥뭦뭧뭨뭩뭪뭫뭭뭮뭯뭰뭱������뭲뭳뭴뭵뭶뭷뭸뭹뭺뭻뭼뭽뭾뭿뮀뮁뮂뮃뮄뮅뮆뮇뮉뮊뮋뮍뮎뮏뮑뮒뮓뮔뮕뮖뮗뮘뮙뮚뮛뮜뮝뮞뮟뮠뮡뮢뮣뮥뮦뮧뮩뮪뮫뮭뮮뮯뮰뮱뮲뮳뮵뮶뮸뮹뮺뮻뮼뮽뮾뮿믁믂믃믅믆믇믉믊믋믌믍믎믏믑믒믔믕믖믗믘믙믚믛믜믝믞믟믠믡믢믣믤믥믦믧믨믩믪믫믬믭믮믯믰믱믲믳믴믵믶믷믺믻믽믾밁�\".split(\"\");\nfor(j = 0; j != D[146].length; ++j) if(D[146][j].charCodeAt(0) !== 0xFFFD) { e[D[146][j]] = 37376 + j; d[37376 + j] = D[146][j];}\nD[147] = \"�����������������������������������������������������������������밃밄밅밆밇밊밎밐밒밓밙밚밠밡밢밣밦밨밪밫밬밮밯밲밳밵������밶밷밹밺밻밼밽밾밿뱂뱆뱇뱈뱊뱋뱎뱏뱑뱒뱓뱔뱕뱖뱗뱘뱙������뱚뱛뱜뱞뱟뱠뱡뱢뱣뱤뱥뱦뱧뱨뱩뱪뱫뱬뱭뱮뱯뱰뱱뱲뱳뱴뱵뱶뱷뱸뱹뱺뱻뱼뱽뱾뱿벀벁벂벃벆벇벉벊벍벏벐벑벒벓벖벘벛벜벝벞벟벢벣벥벦벩벪벫벬벭벮벯벲벶벷벸벹벺벻벾벿볁볂볃볅볆볇볈볉볊볋볌볎볒볓볔볖볗볙볚볛볝볞볟볠볡볢볣볤볥볦볧볨볩볪볫볬볭볮볯볰볱볲볳볷볹볺볻볽�\".split(\"\");\nfor(j = 0; j != D[147].length; ++j) if(D[147][j].charCodeAt(0) !== 0xFFFD) { e[D[147][j]] = 37632 + j; d[37632 + j] = D[147][j];}\nD[148] = \"�����������������������������������������������������������������볾볿봀봁봂봃봆봈봊봋봌봍봎봏봑봒봓봕봖봗봘봙봚봛봜봝������봞봟봠봡봢봣봥봦봧봨봩봪봫봭봮봯봰봱봲봳봴봵봶봷봸봹������봺봻봼봽봾봿뵁뵂뵃뵄뵅뵆뵇뵊뵋뵍뵎뵏뵑뵒뵓뵔뵕뵖뵗뵚뵛뵜뵝뵞뵟뵠뵡뵢뵣뵥뵦뵧뵩뵪뵫뵬뵭뵮뵯뵰뵱뵲뵳뵴뵵뵶뵷뵸뵹뵺뵻뵼뵽뵾뵿붂붃붅붆붋붌붍붎붏붒붔붖붗붘붛붝붞붟붠붡붢붣붥붦붧붨붩붪붫붬붭붮붯붱붲붳붴붵붶붷붹붺붻붼붽붾붿뷀뷁뷂뷃뷄뷅뷆뷇뷈뷉뷊뷋뷌뷍뷎뷏뷐뷑�\".split(\"\");\nfor(j = 0; j != D[148].length; ++j) if(D[148][j].charCodeAt(0) !== 0xFFFD) { e[D[148][j]] = 37888 + j; d[37888 + j] = D[148][j];}\nD[149] = \"�����������������������������������������������������������������뷒뷓뷖뷗뷙뷚뷛뷝뷞뷟뷠뷡뷢뷣뷤뷥뷦뷧뷨뷪뷫뷬뷭뷮뷯뷱������뷲뷳뷵뷶뷷뷹뷺뷻뷼뷽뷾뷿븁븂븄븆븇븈븉븊븋븎븏븑븒븓������븕븖븗븘븙븚븛븞븠븡븢븣븤븥븦븧븨븩븪븫븬븭븮븯븰븱븲븳븴븵븶븷븸븹븺븻븼븽븾븿빀빁빂빃빆빇빉빊빋빍빏빐빑빒빓빖빘빜빝빞빟빢빣빥빦빧빩빫빬빭빮빯빲빶빷빸빹빺빾빿뺁뺂뺃뺅뺆뺇뺈뺉뺊뺋뺎뺒뺓뺔뺕뺖뺗뺚뺛뺜뺝뺞뺟뺠뺡뺢뺣뺤뺥뺦뺧뺩뺪뺫뺬뺭뺮뺯뺰뺱뺲뺳뺴뺵뺶뺷�\".split(\"\");\nfor(j = 0; j != D[149].length; ++j) if(D[149][j].charCodeAt(0) !== 0xFFFD) { e[D[149][j]] = 38144 + j; d[38144 + j] = D[149][j];}\nD[150] = \"�����������������������������������������������������������������뺸뺹뺺뺻뺼뺽뺾뺿뻀뻁뻂뻃뻄뻅뻆뻇뻈뻉뻊뻋뻌뻍뻎뻏뻒뻓������뻕뻖뻙뻚뻛뻜뻝뻞뻟뻡뻢뻦뻧뻨뻩뻪뻫뻭뻮뻯뻰뻱뻲뻳뻴뻵������뻶뻷뻸뻹뻺뻻뻼뻽뻾뻿뼀뼂뼃뼄뼅뼆뼇뼊뼋뼌뼍뼎뼏뼐뼑뼒뼓뼔뼕뼖뼗뼚뼞뼟뼠뼡뼢뼣뼤뼥뼦뼧뼨뼩뼪뼫뼬뼭뼮뼯뼰뼱뼲뼳뼴뼵뼶뼷뼸뼹뼺뼻뼼뼽뼾뼿뽂뽃뽅뽆뽇뽉뽊뽋뽌뽍뽎뽏뽒뽓뽔뽖뽗뽘뽙뽚뽛뽜뽝뽞뽟뽠뽡뽢뽣뽤뽥뽦뽧뽨뽩뽪뽫뽬뽭뽮뽯뽰뽱뽲뽳뽴뽵뽶뽷뽸뽹뽺뽻뽼뽽뽾뽿뾀뾁뾂�\".split(\"\");\nfor(j = 0; j != D[150].length; ++j) if(D[150][j].charCodeAt(0) !== 0xFFFD) { e[D[150][j]] = 38400 + j; d[38400 + j] = D[150][j];}\nD[151] = \"�����������������������������������������������������������������뾃뾄뾅뾆뾇뾈뾉뾊뾋뾌뾍뾎뾏뾐뾑뾒뾓뾕뾖뾗뾘뾙뾚뾛뾜뾝������뾞뾟뾠뾡뾢뾣뾤뾥뾦뾧뾨뾩뾪뾫뾬뾭뾮뾯뾱뾲뾳뾴뾵뾶뾷뾸������뾹뾺뾻뾼뾽뾾뾿뿀뿁뿂뿃뿄뿆뿇뿈뿉뿊뿋뿎뿏뿑뿒뿓뿕뿖뿗뿘뿙뿚뿛뿝뿞뿠뿢뿣뿤뿥뿦뿧뿨뿩뿪뿫뿬뿭뿮뿯뿰뿱뿲뿳뿴뿵뿶뿷뿸뿹뿺뿻뿼뿽뿾뿿쀀쀁쀂쀃쀄쀅쀆쀇쀈쀉쀊쀋쀌쀍쀎쀏쀐쀑쀒쀓쀔쀕쀖쀗쀘쀙쀚쀛쀜쀝쀞쀟쀠쀡쀢쀣쀤쀥쀦쀧쀨쀩쀪쀫쀬쀭쀮쀯쀰쀱쀲쀳쀴쀵쀶쀷쀸쀹쀺쀻쀽쀾쀿�\".split(\"\");\nfor(j = 0; j != D[151].length; ++j) if(D[151][j].charCodeAt(0) !== 0xFFFD) { e[D[151][j]] = 38656 + j; d[38656 + j] = D[151][j];}\nD[152] = \"�����������������������������������������������������������������쁀쁁쁂쁃쁄쁅쁆쁇쁈쁉쁊쁋쁌쁍쁎쁏쁐쁒쁓쁔쁕쁖쁗쁙쁚쁛������쁝쁞쁟쁡쁢쁣쁤쁥쁦쁧쁪쁫쁬쁭쁮쁯쁰쁱쁲쁳쁴쁵쁶쁷쁸쁹������쁺쁻쁼쁽쁾쁿삀삁삂삃삄삅삆삇삈삉삊삋삌삍삎삏삒삓삕삖삗삙삚삛삜삝삞삟삢삤삦삧삨삩삪삫삮삱삲삷삸삹삺삻삾샂샃샄샆샇샊샋샍샎샏샑샒샓샔샕샖샗샚샞샟샠샡샢샣샦샧샩샪샫샭샮샯샰샱샲샳샶샸샺샻샼샽샾샿섁섂섃섅섆섇섉섊섋섌섍섎섏섑섒섓섔섖섗섘섙섚섛섡섢섥섨섩섪섫섮�\".split(\"\");\nfor(j = 0; j != D[152].length; ++j) if(D[152][j].charCodeAt(0) !== 0xFFFD) { e[D[152][j]] = 38912 + j; d[38912 + j] = D[152][j];}\nD[153] = \"�����������������������������������������������������������������섲섳섴섵섷섺섻섽섾섿셁셂셃셄셅셆셇셊셎셏셐셑셒셓셖셗������셙셚셛셝셞셟셠셡셢셣셦셪셫셬셭셮셯셱셲셳셵셶셷셹셺셻������셼셽셾셿솀솁솂솃솄솆솇솈솉솊솋솏솑솒솓솕솗솘솙솚솛솞솠솢솣솤솦솧솪솫솭솮솯솱솲솳솴솵솶솷솸솹솺솻솼솾솿쇀쇁쇂쇃쇅쇆쇇쇉쇊쇋쇍쇎쇏쇐쇑쇒쇓쇕쇖쇙쇚쇛쇜쇝쇞쇟쇡쇢쇣쇥쇦쇧쇩쇪쇫쇬쇭쇮쇯쇲쇴쇵쇶쇷쇸쇹쇺쇻쇾쇿숁숂숃숅숆숇숈숉숊숋숎숐숒숓숔숕숖숗숚숛숝숞숡숢숣�\".split(\"\");\nfor(j = 0; j != D[153].length; ++j) if(D[153][j].charCodeAt(0) !== 0xFFFD) { e[D[153][j]] = 39168 + j; d[39168 + j] = D[153][j];}\nD[154] = \"�����������������������������������������������������������������숤숥숦숧숪숬숮숰숳숵숶숷숸숹숺숻숼숽숾숿쉀쉁쉂쉃쉄쉅������쉆쉇쉉쉊쉋쉌쉍쉎쉏쉒쉓쉕쉖쉗쉙쉚쉛쉜쉝쉞쉟쉡쉢쉣쉤쉦������쉧쉨쉩쉪쉫쉮쉯쉱쉲쉳쉵쉶쉷쉸쉹쉺쉻쉾슀슂슃슄슅슆슇슊슋슌슍슎슏슑슒슓슔슕슖슗슙슚슜슞슟슠슡슢슣슦슧슩슪슫슮슯슰슱슲슳슶슸슺슻슼슽슾슿싀싁싂싃싄싅싆싇싈싉싊싋싌싍싎싏싐싑싒싓싔싕싖싗싘싙싚싛싞싟싡싢싥싦싧싨싩싪싮싰싲싳싴싵싷싺싽싾싿쌁쌂쌃쌄쌅쌆쌇쌊쌋쌎쌏�\".split(\"\");\nfor(j = 0; j != D[154].length; ++j) if(D[154][j].charCodeAt(0) !== 0xFFFD) { e[D[154][j]] = 39424 + j; d[39424 + j] = D[154][j];}\nD[155] = \"�����������������������������������������������������������������쌐쌑쌒쌖쌗쌙쌚쌛쌝쌞쌟쌠쌡쌢쌣쌦쌧쌪쌫쌬쌭쌮쌯쌰쌱쌲������쌳쌴쌵쌶쌷쌸쌹쌺쌻쌼쌽쌾쌿썀썁썂썃썄썆썇썈썉썊썋썌썍������썎썏썐썑썒썓썔썕썖썗썘썙썚썛썜썝썞썟썠썡썢썣썤썥썦썧썪썫썭썮썯썱썳썴썵썶썷썺썻썾썿쎀쎁쎂쎃쎅쎆쎇쎉쎊쎋쎍쎎쎏쎐쎑쎒쎓쎔쎕쎖쎗쎘쎙쎚쎛쎜쎝쎞쎟쎠쎡쎢쎣쎤쎥쎦쎧쎨쎩쎪쎫쎬쎭쎮쎯쎰쎱쎲쎳쎴쎵쎶쎷쎸쎹쎺쎻쎼쎽쎾쎿쏁쏂쏃쏄쏅쏆쏇쏈쏉쏊쏋쏌쏍쏎쏏쏐쏑쏒쏓쏔쏕쏖쏗쏚�\".split(\"\");\nfor(j = 0; j != D[155].length; ++j) if(D[155][j].charCodeAt(0) !== 0xFFFD) { e[D[155][j]] = 39680 + j; d[39680 + j] = D[155][j];}\nD[156] = \"�����������������������������������������������������������������쏛쏝쏞쏡쏣쏤쏥쏦쏧쏪쏫쏬쏮쏯쏰쏱쏲쏳쏶쏷쏹쏺쏻쏼쏽쏾������쏿쐀쐁쐂쐃쐄쐅쐆쐇쐉쐊쐋쐌쐍쐎쐏쐑쐒쐓쐔쐕쐖쐗쐘쐙쐚������쐛쐜쐝쐞쐟쐠쐡쐢쐣쐥쐦쐧쐨쐩쐪쐫쐭쐮쐯쐱쐲쐳쐵쐶쐷쐸쐹쐺쐻쐾쐿쑀쑁쑂쑃쑄쑅쑆쑇쑉쑊쑋쑌쑍쑎쑏쑐쑑쑒쑓쑔쑕쑖쑗쑘쑙쑚쑛쑜쑝쑞쑟쑠쑡쑢쑣쑦쑧쑩쑪쑫쑭쑮쑯쑰쑱쑲쑳쑶쑷쑸쑺쑻쑼쑽쑾쑿쒁쒂쒃쒄쒅쒆쒇쒈쒉쒊쒋쒌쒍쒎쒏쒐쒑쒒쒓쒕쒖쒗쒘쒙쒚쒛쒝쒞쒟쒠쒡쒢쒣쒤쒥쒦쒧쒨쒩�\".split(\"\");\nfor(j = 0; j != D[156].length; ++j) if(D[156][j].charCodeAt(0) !== 0xFFFD) { e[D[156][j]] = 39936 + j; d[39936 + j] = D[156][j];}\nD[157] = \"�����������������������������������������������������������������쒪쒫쒬쒭쒮쒯쒰쒱쒲쒳쒴쒵쒶쒷쒹쒺쒻쒽쒾쒿쓀쓁쓂쓃쓄쓅������쓆쓇쓈쓉쓊쓋쓌쓍쓎쓏쓐쓑쓒쓓쓔쓕쓖쓗쓘쓙쓚쓛쓜쓝쓞쓟������쓠쓡쓢쓣쓤쓥쓦쓧쓨쓪쓫쓬쓭쓮쓯쓲쓳쓵쓶쓷쓹쓻쓼쓽쓾씂씃씄씅씆씇씈씉씊씋씍씎씏씑씒씓씕씖씗씘씙씚씛씝씞씟씠씡씢씣씤씥씦씧씪씫씭씮씯씱씲씳씴씵씶씷씺씼씾씿앀앁앂앃앆앇앋앏앐앑앒앖앚앛앜앟앢앣앥앦앧앩앪앫앬앭앮앯앲앶앷앸앹앺앻앾앿얁얂얃얅얆얈얉얊얋얎얐얒얓얔�\".split(\"\");\nfor(j = 0; j != D[157].length; ++j) if(D[157][j].charCodeAt(0) !== 0xFFFD) { e[D[157][j]] = 40192 + j; d[40192 + j] = D[157][j];}\nD[158] = \"�����������������������������������������������������������������얖얙얚얛얝얞얟얡얢얣얤얥얦얧얨얪얫얬얭얮얯얰얱얲얳얶������얷얺얿엀엁엂엃엋엍엏엒엓엕엖엗엙엚엛엜엝엞엟엢엤엦엧������엨엩엪엫엯엱엲엳엵엸엹엺엻옂옃옄옉옊옋옍옎옏옑옒옓옔옕옖옗옚옝옞옟옠옡옢옣옦옧옩옪옫옯옱옲옶옸옺옼옽옾옿왂왃왅왆왇왉왊왋왌왍왎왏왒왖왗왘왙왚왛왞왟왡왢왣왤왥왦왧왨왩왪왫왭왮왰왲왳왴왵왶왷왺왻왽왾왿욁욂욃욄욅욆욇욊욌욎욏욐욑욒욓욖욗욙욚욛욝욞욟욠욡욢욣욦�\".split(\"\");\nfor(j = 0; j != D[158].length; ++j) if(D[158][j].charCodeAt(0) !== 0xFFFD) { e[D[158][j]] = 40448 + j; d[40448 + j] = D[158][j];}\nD[159] = \"�����������������������������������������������������������������욨욪욫욬욭욮욯욲욳욵욶욷욻욼욽욾욿웂웄웆웇웈웉웊웋웎������웏웑웒웓웕웖웗웘웙웚웛웞웟웢웣웤웥웦웧웪웫웭웮웯웱웲������웳웴웵웶웷웺웻웼웾웿윀윁윂윃윆윇윉윊윋윍윎윏윐윑윒윓윖윘윚윛윜윝윞윟윢윣윥윦윧윩윪윫윬윭윮윯윲윴윶윸윹윺윻윾윿읁읂읃읅읆읇읈읉읋읎읐읙읚읛읝읞읟읡읢읣읤읥읦읧읩읪읬읭읮읯읰읱읲읳읶읷읹읺읻읿잀잁잂잆잋잌잍잏잒잓잕잙잛잜잝잞잟잢잧잨잩잪잫잮잯잱잲잳잵잶잷�\".split(\"\");\nfor(j = 0; j != D[159].length; ++j) if(D[159][j].charCodeAt(0) !== 0xFFFD) { e[D[159][j]] = 40704 + j; d[40704 + j] = D[159][j];}\nD[160] = \"�����������������������������������������������������������������잸잹잺잻잾쟂쟃쟄쟅쟆쟇쟊쟋쟍쟏쟑쟒쟓쟔쟕쟖쟗쟙쟚쟛쟜������쟞쟟쟠쟡쟢쟣쟥쟦쟧쟩쟪쟫쟭쟮쟯쟰쟱쟲쟳쟴쟵쟶쟷쟸쟹쟺������쟻쟼쟽쟾쟿젂젃젅젆젇젉젋젌젍젎젏젒젔젗젘젙젚젛젞젟젡젢젣젥젦젧젨젩젪젫젮젰젲젳젴젵젶젷젹젺젻젽젾젿졁졂졃졄졅졆졇졊졋졎졏졐졑졒졓졕졖졗졘졙졚졛졜졝졞졟졠졡졢졣졤졥졦졧졨졩졪졫졬졭졮졯졲졳졵졶졷졹졻졼졽졾졿좂좄좈좉좊좎좏좐좑좒좓좕좖좗좘좙좚좛좜좞좠좢좣좤�\".split(\"\");\nfor(j = 0; j != D[160].length; ++j) if(D[160][j].charCodeAt(0) !== 0xFFFD) { e[D[160][j]] = 40960 + j; d[40960 + j] = D[160][j];}\nD[161] = \"�����������������������������������������������������������������좥좦좧좩좪좫좬좭좮좯좰좱좲좳좴좵좶좷좸좹좺좻좾좿죀죁������죂죃죅죆죇죉죊죋죍죎죏죐죑죒죓죖죘죚죛죜죝죞죟죢죣죥������죦죧죨죩죪죫죬죭죮죯죰죱죲죳죴죶죷죸죹죺죻죾죿줁줂줃줇줈줉줊줋줎 、。·‥…¨〃―∥＼∼‘’“”〔〕〈〉《》「」『』【】±×÷≠≤≥∞∴°′″℃Å￠￡￥♂♀∠⊥⌒∂∇≡≒§※☆★○●◎◇◆□■△▲▽▼→←↑↓↔〓≪≫√∽∝∵∫∬∈∋⊆⊇⊂⊃∪∩∧∨￢�\".split(\"\");\nfor(j = 0; j != D[161].length; ++j) if(D[161][j].charCodeAt(0) !== 0xFFFD) { e[D[161][j]] = 41216 + j; d[41216 + j] = D[161][j];}\nD[162] = \"�����������������������������������������������������������������줐줒줓줔줕줖줗줙줚줛줜줝줞줟줠줡줢줣줤줥줦줧줨줩줪줫������줭줮줯줰줱줲줳줵줶줷줸줹줺줻줼줽줾줿쥀쥁쥂쥃쥄쥅쥆쥇������쥈쥉쥊쥋쥌쥍쥎쥏쥒쥓쥕쥖쥗쥙쥚쥛쥜쥝쥞쥟쥢쥤쥥쥦쥧쥨쥩쥪쥫쥭쥮쥯⇒⇔∀∃´～ˇ˘˝˚˙¸˛¡¿ː∮∑∏¤℉‰◁◀▷▶♤♠♡♥♧♣⊙◈▣◐◑▒▤▥▨▧▦▩♨☏☎☜☞¶†‡↕↗↙↖↘♭♩♪♬㉿㈜№㏇™㏂㏘℡€®������������������������\".split(\"\");\nfor(j = 0; j != D[162].length; ++j) if(D[162][j].charCodeAt(0) !== 0xFFFD) { e[D[162][j]] = 41472 + j; d[41472 + j] = D[162][j];}\nD[163] = \"�����������������������������������������������������������������쥱쥲쥳쥵쥶쥷쥸쥹쥺쥻쥽쥾쥿즀즁즂즃즄즅즆즇즊즋즍즎즏������즑즒즓즔즕즖즗즚즜즞즟즠즡즢즣즤즥즦즧즨즩즪즫즬즭즮������즯즰즱즲즳즴즵즶즷즸즹즺즻즼즽즾즿짂짃짅짆짉짋짌짍짎짏짒짔짗짘짛！＂＃＄％＆＇（）＊＋，－．／０１２３４５６７８９：；＜＝＞？＠ＡＢＣＤＥＦＧＨＩＪＫＬＭＮＯＰＱＲＳＴＵＶＷＸＹＺ［￦］＾＿｀ａｂｃｄｅｆｇｈｉｊｋｌｍｎｏｐｑｒｓｔｕｖｗｘｙｚ｛｜｝￣�\".split(\"\");\nfor(j = 0; j != D[163].length; ++j) if(D[163][j].charCodeAt(0) !== 0xFFFD) { e[D[163][j]] = 41728 + j; d[41728 + j] = D[163][j];}\nD[164] = \"�����������������������������������������������������������������짞짟짡짣짥짦짨짩짪짫짮짲짳짴짵짶짷짺짻짽짾짿쨁쨂쨃쨄������쨅쨆쨇쨊쨎쨏쨐쨑쨒쨓쨕쨖쨗쨙쨚쨛쨜쨝쨞쨟쨠쨡쨢쨣쨤쨥������쨦쨧쨨쨪쨫쨬쨭쨮쨯쨰쨱쨲쨳쨴쨵쨶쨷쨸쨹쨺쨻쨼쨽쨾쨿쩀쩁쩂쩃쩄쩅쩆ㄱㄲㄳㄴㄵㄶㄷㄸㄹㄺㄻㄼㄽㄾㄿㅀㅁㅂㅃㅄㅅㅆㅇㅈㅉㅊㅋㅌㅍㅎㅏㅐㅑㅒㅓㅔㅕㅖㅗㅘㅙㅚㅛㅜㅝㅞㅟㅠㅡㅢㅣㅤㅥㅦㅧㅨㅩㅪㅫㅬㅭㅮㅯㅰㅱㅲㅳㅴㅵㅶㅷㅸㅹㅺㅻㅼㅽㅾㅿㆀㆁㆂㆃㆄㆅㆆㆇㆈㆉㆊㆋㆌㆍㆎ�\".split(\"\");\nfor(j = 0; j != D[164].length; ++j) if(D[164][j].charCodeAt(0) !== 0xFFFD) { e[D[164][j]] = 41984 + j; d[41984 + j] = D[164][j];}\nD[165] = \"�����������������������������������������������������������������쩇쩈쩉쩊쩋쩎쩏쩑쩒쩓쩕쩖쩗쩘쩙쩚쩛쩞쩢쩣쩤쩥쩦쩧쩩쩪������쩫쩬쩭쩮쩯쩰쩱쩲쩳쩴쩵쩶쩷쩸쩹쩺쩻쩼쩾쩿쪀쪁쪂쪃쪅쪆������쪇쪈쪉쪊쪋쪌쪍쪎쪏쪐쪑쪒쪓쪔쪕쪖쪗쪙쪚쪛쪜쪝쪞쪟쪠쪡쪢쪣쪤쪥쪦쪧ⅰⅱⅲⅳⅴⅵⅶⅷⅸⅹ�����ⅠⅡⅢⅣⅤⅥⅦⅧⅨⅩ�������ΑΒΓΔΕΖΗΘΙΚΛΜΝΞΟΠΡΣΤΥΦΧΨΩ��������αβγδεζηθικλμνξοπρστυφχψω�������\".split(\"\");\nfor(j = 0; j != D[165].length; ++j) if(D[165][j].charCodeAt(0) !== 0xFFFD) { e[D[165][j]] = 42240 + j; d[42240 + j] = D[165][j];}\nD[166] = \"�����������������������������������������������������������������쪨쪩쪪쪫쪬쪭쪮쪯쪰쪱쪲쪳쪴쪵쪶쪷쪸쪹쪺쪻쪾쪿쫁쫂쫃쫅������쫆쫇쫈쫉쫊쫋쫎쫐쫒쫔쫕쫖쫗쫚쫛쫜쫝쫞쫟쫡쫢쫣쫤쫥쫦쫧������쫨쫩쫪쫫쫭쫮쫯쫰쫱쫲쫳쫵쫶쫷쫸쫹쫺쫻쫼쫽쫾쫿쬀쬁쬂쬃쬄쬅쬆쬇쬉쬊─│┌┐┘└├┬┤┴┼━┃┏┓┛┗┣┳┫┻╋┠┯┨┷┿┝┰┥┸╂┒┑┚┙┖┕┎┍┞┟┡┢┦┧┩┪┭┮┱┲┵┶┹┺┽┾╀╁╃╄╅╆╇╈╉╊���������������������������\".split(\"\");\nfor(j = 0; j != D[166].length; ++j) if(D[166][j].charCodeAt(0) !== 0xFFFD) { e[D[166][j]] = 42496 + j; d[42496 + j] = D[166][j];}\nD[167] = \"�����������������������������������������������������������������쬋쬌쬍쬎쬏쬑쬒쬓쬕쬖쬗쬙쬚쬛쬜쬝쬞쬟쬢쬣쬤쬥쬦쬧쬨쬩������쬪쬫쬬쬭쬮쬯쬰쬱쬲쬳쬴쬵쬶쬷쬸쬹쬺쬻쬼쬽쬾쬿쭀쭂쭃쭄������쭅쭆쭇쭊쭋쭍쭎쭏쭑쭒쭓쭔쭕쭖쭗쭚쭛쭜쭞쭟쭠쭡쭢쭣쭥쭦쭧쭨쭩쭪쭫쭬㎕㎖㎗ℓ㎘㏄㎣㎤㎥㎦㎙㎚㎛㎜㎝㎞㎟㎠㎡㎢㏊㎍㎎㎏㏏㎈㎉㏈㎧㎨㎰㎱㎲㎳㎴㎵㎶㎷㎸㎹㎀㎁㎂㎃㎄㎺㎻㎼㎽㎾㎿㎐㎑㎒㎓㎔Ω㏀㏁㎊㎋㎌㏖㏅㎭㎮㎯㏛㎩㎪㎫㎬㏝㏐㏓㏃㏉㏜㏆����������������\".split(\"\");\nfor(j = 0; j != D[167].length; ++j) if(D[167][j].charCodeAt(0) !== 0xFFFD) { e[D[167][j]] = 42752 + j; d[42752 + j] = D[167][j];}\nD[168] = \"�����������������������������������������������������������������쭭쭮쭯쭰쭱쭲쭳쭴쭵쭶쭷쭺쭻쭼쭽쭾쭿쮀쮁쮂쮃쮄쮅쮆쮇쮈������쮉쮊쮋쮌쮍쮎쮏쮐쮑쮒쮓쮔쮕쮖쮗쮘쮙쮚쮛쮝쮞쮟쮠쮡쮢쮣������쮤쮥쮦쮧쮨쮩쮪쮫쮬쮭쮮쮯쮰쮱쮲쮳쮴쮵쮶쮷쮹쮺쮻쮼쮽쮾쮿쯀쯁쯂쯃쯄ÆЪĦ�IJ�ĿŁØŒºÞŦŊ�㉠㉡㉢㉣㉤㉥㉦㉧㉨㉩㉪㉫㉬㉭㉮㉯㉰㉱㉲㉳㉴㉵㉶㉷㉸㉹㉺㉻ⓐⓑⓒⓓⓔⓕⓖⓗⓘⓙⓚⓛⓜⓝⓞⓟⓠⓡⓢⓣⓤⓥⓦⓧⓨⓩ①②③④⑤⑥⑦⑧⑨⑩⑪⑫⑬⑭⑮½⅓⅔¼¾⅛⅜⅝⅞�\".split(\"\");\nfor(j = 0; j != D[168].length; ++j) if(D[168][j].charCodeAt(0) !== 0xFFFD) { e[D[168][j]] = 43008 + j; d[43008 + j] = D[168][j];}\nD[169] = \"�����������������������������������������������������������������쯅쯆쯇쯈쯉쯊쯋쯌쯍쯎쯏쯐쯑쯒쯓쯕쯖쯗쯘쯙쯚쯛쯜쯝쯞쯟������쯠쯡쯢쯣쯥쯦쯨쯪쯫쯬쯭쯮쯯쯰쯱쯲쯳쯴쯵쯶쯷쯸쯹쯺쯻쯼������쯽쯾쯿찀찁찂찃찄찅찆찇찈찉찊찋찎찏찑찒찓찕찖찗찘찙찚찛찞찟찠찣찤æđðħıijĸŀłøœßþŧŋʼn㈀㈁㈂㈃㈄㈅㈆㈇㈈㈉㈊㈋㈌㈍㈎㈏㈐㈑㈒㈓㈔㈕㈖㈗㈘㈙㈚㈛⒜⒝⒞⒟⒠⒡⒢⒣⒤⒥⒦⒧⒨⒩⒪⒫⒬⒭⒮⒯⒰⒱⒲⒳⒴⒵⑴⑵⑶⑷⑸⑹⑺⑻⑼⑽⑾⑿⒀⒁⒂¹²³⁴ⁿ₁₂₃₄�\".split(\"\");\nfor(j = 0; j != D[169].length; ++j) if(D[169][j].charCodeAt(0) !== 0xFFFD) { e[D[169][j]] = 43264 + j; d[43264 + j] = D[169][j];}\nD[170] = \"�����������������������������������������������������������������찥찦찪찫찭찯찱찲찳찴찵찶찷찺찿챀챁챂챃챆챇챉챊챋챍챎������챏챐챑챒챓챖챚챛챜챝챞챟챡챢챣챥챧챩챪챫챬챭챮챯챱챲������챳챴챶챷챸챹챺챻챼챽챾챿첀첁첂첃첄첅첆첇첈첉첊첋첌첍첎첏첐첑첒첓ぁあぃいぅうぇえぉおかがきぎくぐけげこごさざしじすずせぜそぞただちぢっつづてでとどなにぬねのはばぱひびぴふぶぷへべぺほぼぽまみむめもゃやゅゆょよらりるれろゎわゐゑをん������������\".split(\"\");\nfor(j = 0; j != D[170].length; ++j) if(D[170][j].charCodeAt(0) !== 0xFFFD) { e[D[170][j]] = 43520 + j; d[43520 + j] = D[170][j];}\nD[171] = \"�����������������������������������������������������������������첔첕첖첗첚첛첝첞첟첡첢첣첤첥첦첧첪첮첯첰첱첲첳첶첷첹������첺첻첽첾첿쳀쳁쳂쳃쳆쳈쳊쳋쳌쳍쳎쳏쳑쳒쳓쳕쳖쳗쳘쳙쳚������쳛쳜쳝쳞쳟쳠쳡쳢쳣쳥쳦쳧쳨쳩쳪쳫쳭쳮쳯쳱쳲쳳쳴쳵쳶쳷쳸쳹쳺쳻쳼쳽ァアィイゥウェエォオカガキギクグケゲコゴサザシジスズセゼソゾタダチヂッツヅテデトドナニヌネノハバパヒビピフブプヘベペホボポマミムメモャヤュユョヨラリルレロヮワヰヱヲンヴヵヶ���������\".split(\"\");\nfor(j = 0; j != D[171].length; ++j) if(D[171][j].charCodeAt(0) !== 0xFFFD) { e[D[171][j]] = 43776 + j; d[43776 + j] = D[171][j];}\nD[172] = \"�����������������������������������������������������������������쳾쳿촀촂촃촄촅촆촇촊촋촍촎촏촑촒촓촔촕촖촗촚촜촞촟촠������촡촢촣촥촦촧촩촪촫촭촮촯촰촱촲촳촴촵촶촷촸촺촻촼촽촾������촿쵀쵁쵂쵃쵄쵅쵆쵇쵈쵉쵊쵋쵌쵍쵎쵏쵐쵑쵒쵓쵔쵕쵖쵗쵘쵙쵚쵛쵝쵞쵟АБВГДЕЁЖЗИЙКЛМНОПРСТУФХЦЧШЩЪЫЬЭЮЯ���������������абвгдеёжзийклмнопрстуфхцчшщъыьэюя��������������\".split(\"\");\nfor(j = 0; j != D[172].length; ++j) if(D[172][j].charCodeAt(0) !== 0xFFFD) { e[D[172][j]] = 44032 + j; d[44032 + j] = D[172][j];}\nD[173] = \"�����������������������������������������������������������������쵡쵢쵣쵥쵦쵧쵨쵩쵪쵫쵮쵰쵲쵳쵴쵵쵶쵷쵹쵺쵻쵼쵽쵾쵿춀������춁춂춃춄춅춆춇춉춊춋춌춍춎춏춐춑춒춓춖춗춙춚춛춝춞춟������춠춡춢춣춦춨춪춫춬춭춮춯춱춲춳춴춵춶춷춸춹춺춻춼춽춾춿췀췁췂췃췅�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[173].length; ++j) if(D[173][j].charCodeAt(0) !== 0xFFFD) { e[D[173][j]] = 44288 + j; d[44288 + j] = D[173][j];}\nD[174] = \"�����������������������������������������������������������������췆췇췈췉췊췋췍췎췏췑췒췓췔췕췖췗췘췙췚췛췜췝췞췟췠췡������췢췣췤췥췦췧췩췪췫췭췮췯췱췲췳췴췵췶췷췺췼췾췿츀츁츂������츃츅츆츇츉츊츋츍츎츏츐츑츒츓츕츖츗츘츚츛츜츝츞츟츢츣츥츦츧츩츪츫�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[174].length; ++j) if(D[174][j].charCodeAt(0) !== 0xFFFD) { e[D[174][j]] = 44544 + j; d[44544 + j] = D[174][j];}\nD[175] = \"�����������������������������������������������������������������츬츭츮츯츲츴츶츷츸츹츺츻츼츽츾츿칀칁칂칃칄칅칆칇칈칉������칊칋칌칍칎칏칐칑칒칓칔칕칖칗칚칛칝칞칢칣칤칥칦칧칪칬������칮칯칰칱칲칳칶칷칹칺칻칽칾칿캀캁캂캃캆캈캊캋캌캍캎캏캒캓캕캖캗캙�����������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[175].length; ++j) if(D[175][j].charCodeAt(0) !== 0xFFFD) { e[D[175][j]] = 44800 + j; d[44800 + j] = D[175][j];}\nD[176] = \"�����������������������������������������������������������������캚캛캜캝캞캟캢캦캧캨캩캪캫캮캯캰캱캲캳캴캵캶캷캸캹캺������캻캼캽캾캿컀컂컃컄컅컆컇컈컉컊컋컌컍컎컏컐컑컒컓컔컕������컖컗컘컙컚컛컜컝컞컟컠컡컢컣컦컧컩컪컭컮컯컰컱컲컳컶컺컻컼컽컾컿가각간갇갈갉갊감갑값갓갔강갖갗같갚갛개객갠갤갬갭갯갰갱갸갹갼걀걋걍걔걘걜거걱건걷걸걺검겁것겄겅겆겉겊겋게겐겔겜겝겟겠겡겨격겪견겯결겸겹겻겼경곁계곈곌곕곗고곡곤곧골곪곬곯곰곱곳공곶과곽관괄괆�\".split(\"\");\nfor(j = 0; j != D[176].length; ++j) if(D[176][j].charCodeAt(0) !== 0xFFFD) { e[D[176][j]] = 45056 + j; d[45056 + j] = D[176][j];}\nD[177] = \"�����������������������������������������������������������������켂켃켅켆켇켉켊켋켌켍켎켏켒켔켖켗켘켙켚켛켝켞켟켡켢켣������켥켦켧켨켩켪켫켮켲켳켴켵켶켷켹켺켻켼켽켾켿콀콁콂콃콄������콅콆콇콈콉콊콋콌콍콎콏콐콑콒콓콖콗콙콚콛콝콞콟콠콡콢콣콦콨콪콫콬괌괍괏광괘괜괠괩괬괭괴괵괸괼굄굅굇굉교굔굘굡굣구국군굳굴굵굶굻굼굽굿궁궂궈궉권궐궜궝궤궷귀귁귄귈귐귑귓규균귤그극근귿글긁금급긋긍긔기긱긴긷길긺김깁깃깅깆깊까깍깎깐깔깖깜깝깟깠깡깥깨깩깬깰깸�\".split(\"\");\nfor(j = 0; j != D[177].length; ++j) if(D[177][j].charCodeAt(0) !== 0xFFFD) { e[D[177][j]] = 45312 + j; d[45312 + j] = D[177][j];}\nD[178] = \"�����������������������������������������������������������������콭콮콯콲콳콵콶콷콹콺콻콼콽콾콿쾁쾂쾃쾄쾆쾇쾈쾉쾊쾋쾍������쾎쾏쾐쾑쾒쾓쾔쾕쾖쾗쾘쾙쾚쾛쾜쾝쾞쾟쾠쾢쾣쾤쾥쾦쾧쾩������쾪쾫쾬쾭쾮쾯쾱쾲쾳쾴쾵쾶쾷쾸쾹쾺쾻쾼쾽쾾쾿쿀쿁쿂쿃쿅쿆쿇쿈쿉쿊쿋깹깻깼깽꺄꺅꺌꺼꺽꺾껀껄껌껍껏껐껑께껙껜껨껫껭껴껸껼꼇꼈꼍꼐꼬꼭꼰꼲꼴꼼꼽꼿꽁꽂꽃꽈꽉꽐꽜꽝꽤꽥꽹꾀꾄꾈꾐꾑꾕꾜꾸꾹꾼꿀꿇꿈꿉꿋꿍꿎꿔꿜꿨꿩꿰꿱꿴꿸뀀뀁뀄뀌뀐뀔뀜뀝뀨끄끅끈끊끌끎끓끔끕끗끙�\".split(\"\");\nfor(j = 0; j != D[178].length; ++j) if(D[178][j].charCodeAt(0) !== 0xFFFD) { e[D[178][j]] = 45568 + j; d[45568 + j] = D[178][j];}\nD[179] = \"�����������������������������������������������������������������쿌쿍쿎쿏쿐쿑쿒쿓쿔쿕쿖쿗쿘쿙쿚쿛쿜쿝쿞쿟쿢쿣쿥쿦쿧쿩������쿪쿫쿬쿭쿮쿯쿲쿴쿶쿷쿸쿹쿺쿻쿽쿾쿿퀁퀂퀃퀅퀆퀇퀈퀉퀊������퀋퀌퀍퀎퀏퀐퀒퀓퀔퀕퀖퀗퀙퀚퀛퀜퀝퀞퀟퀠퀡퀢퀣퀤퀥퀦퀧퀨퀩퀪퀫퀬끝끼끽낀낄낌낍낏낑나낙낚난낟날낡낢남납낫났낭낮낯낱낳내낵낸낼냄냅냇냈냉냐냑냔냘냠냥너넉넋넌널넒넓넘넙넛넜넝넣네넥넨넬넴넵넷넸넹녀녁년녈념녑녔녕녘녜녠노녹논놀놂놈놉놋농높놓놔놘놜놨뇌뇐뇔뇜뇝�\".split(\"\");\nfor(j = 0; j != D[179].length; ++j) if(D[179][j].charCodeAt(0) !== 0xFFFD) { e[D[179][j]] = 45824 + j; d[45824 + j] = D[179][j];}\nD[180] = \"�����������������������������������������������������������������퀮퀯퀰퀱퀲퀳퀶퀷퀹퀺퀻퀽퀾퀿큀큁큂큃큆큈큊큋큌큍큎큏������큑큒큓큕큖큗큙큚큛큜큝큞큟큡큢큣큤큥큦큧큨큩큪큫큮큯������큱큲큳큵큶큷큸큹큺큻큾큿킀킂킃킄킅킆킇킈킉킊킋킌킍킎킏킐킑킒킓킔뇟뇨뇩뇬뇰뇹뇻뇽누눅눈눋눌눔눕눗눙눠눴눼뉘뉜뉠뉨뉩뉴뉵뉼늄늅늉느늑는늘늙늚늠늡늣능늦늪늬늰늴니닉닌닐닒님닙닛닝닢다닥닦단닫달닭닮닯닳담답닷닸당닺닻닿대댁댄댈댐댑댓댔댕댜더덕덖던덛덜덞덟덤덥�\".split(\"\");\nfor(j = 0; j != D[180].length; ++j) if(D[180][j].charCodeAt(0) !== 0xFFFD) { e[D[180][j]] = 46080 + j; d[46080 + j] = D[180][j];}\nD[181] = \"�����������������������������������������������������������������킕킖킗킘킙킚킛킜킝킞킟킠킡킢킣킦킧킩킪킫킭킮킯킰킱킲������킳킶킸킺킻킼킽킾킿탂탃탅탆탇탊탋탌탍탎탏탒탖탗탘탙탚������탛탞탟탡탢탣탥탦탧탨탩탪탫탮탲탳탴탵탶탷탹탺탻탼탽탾탿턀턁턂턃턄덧덩덫덮데덱덴델뎀뎁뎃뎄뎅뎌뎐뎔뎠뎡뎨뎬도독돈돋돌돎돐돔돕돗동돛돝돠돤돨돼됐되된될됨됩됫됴두둑둔둘둠둡둣둥둬뒀뒈뒝뒤뒨뒬뒵뒷뒹듀듄듈듐듕드득든듣들듦듬듭듯등듸디딕딘딛딜딤딥딧딨딩딪따딱딴딸�\".split(\"\");\nfor(j = 0; j != D[181].length; ++j) if(D[181][j].charCodeAt(0) !== 0xFFFD) { e[D[181][j]] = 46336 + j; d[46336 + j] = D[181][j];}\nD[182] = \"�����������������������������������������������������������������턅턆턇턈턉턊턋턌턎턏턐턑턒턓턔턕턖턗턘턙턚턛턜턝턞턟������턠턡턢턣턤턥턦턧턨턩턪턫턬턭턮턯턲턳턵턶턷턹턻턼턽턾������턿텂텆텇텈텉텊텋텎텏텑텒텓텕텖텗텘텙텚텛텞텠텢텣텤텥텦텧텩텪텫텭땀땁땃땄땅땋때땍땐땔땜땝땟땠땡떠떡떤떨떪떫떰떱떳떴떵떻떼떽뗀뗄뗌뗍뗏뗐뗑뗘뗬또똑똔똘똥똬똴뙈뙤뙨뚜뚝뚠뚤뚫뚬뚱뛔뛰뛴뛸뜀뜁뜅뜨뜩뜬뜯뜰뜸뜹뜻띄띈띌띔띕띠띤띨띰띱띳띵라락란랄람랍랏랐랑랒랖랗�\".split(\"\");\nfor(j = 0; j != D[182].length; ++j) if(D[182][j].charCodeAt(0) !== 0xFFFD) { e[D[182][j]] = 46592 + j; d[46592 + j] = D[182][j];}\nD[183] = \"�����������������������������������������������������������������텮텯텰텱텲텳텴텵텶텷텸텹텺텻텽텾텿톀톁톂톃톅톆톇톉톊������톋톌톍톎톏톐톑톒톓톔톕톖톗톘톙톚톛톜톝톞톟톢톣톥톦톧������톩톪톫톬톭톮톯톲톴톶톷톸톹톻톽톾톿퇁퇂퇃퇄퇅퇆퇇퇈퇉퇊퇋퇌퇍퇎퇏래랙랜랠램랩랫랬랭랴략랸럇량러럭런럴럼럽럿렀렁렇레렉렌렐렘렙렛렝려력련렬렴렵렷렸령례롄롑롓로록론롤롬롭롯롱롸롼뢍뢨뢰뢴뢸룀룁룃룅료룐룔룝룟룡루룩룬룰룸룹룻룽뤄뤘뤠뤼뤽륀륄륌륏륑류륙륜률륨륩�\".split(\"\");\nfor(j = 0; j != D[183].length; ++j) if(D[183][j].charCodeAt(0) !== 0xFFFD) { e[D[183][j]] = 46848 + j; d[46848 + j] = D[183][j];}\nD[184] = \"�����������������������������������������������������������������퇐퇑퇒퇓퇔퇕퇖퇗퇙퇚퇛퇜퇝퇞퇟퇠퇡퇢퇣퇤퇥퇦퇧퇨퇩퇪������퇫퇬퇭퇮퇯퇰퇱퇲퇳퇵퇶퇷퇹퇺퇻퇼퇽퇾퇿툀툁툂툃툄툅툆������툈툊툋툌툍툎툏툑툒툓툔툕툖툗툘툙툚툛툜툝툞툟툠툡툢툣툤툥툦툧툨툩륫륭르륵른를름릅릇릉릊릍릎리릭린릴림립릿링마막만많맏말맑맒맘맙맛망맞맡맣매맥맨맬맴맵맷맸맹맺먀먁먈먕머먹먼멀멂멈멉멋멍멎멓메멕멘멜멤멥멧멨멩며멱면멸몃몄명몇몌모목몫몬몰몲몸몹못몽뫄뫈뫘뫙뫼�\".split(\"\");\nfor(j = 0; j != D[184].length; ++j) if(D[184][j].charCodeAt(0) !== 0xFFFD) { e[D[184][j]] = 47104 + j; d[47104 + j] = D[184][j];}\nD[185] = \"�����������������������������������������������������������������툪툫툮툯툱툲툳툵툶툷툸툹툺툻툾퉀퉂퉃퉄퉅퉆퉇퉉퉊퉋퉌������퉍퉎퉏퉐퉑퉒퉓퉔퉕퉖퉗퉘퉙퉚퉛퉝퉞퉟퉠퉡퉢퉣퉥퉦퉧퉨������퉩퉪퉫퉬퉭퉮퉯퉰퉱퉲퉳퉴퉵퉶퉷퉸퉹퉺퉻퉼퉽퉾퉿튂튃튅튆튇튉튊튋튌묀묄묍묏묑묘묜묠묩묫무묵묶문묻물묽묾뭄뭅뭇뭉뭍뭏뭐뭔뭘뭡뭣뭬뮈뮌뮐뮤뮨뮬뮴뮷므믄믈믐믓미믹민믿밀밂밈밉밋밌밍및밑바박밖밗반받발밝밞밟밤밥밧방밭배백밴밸뱀뱁뱃뱄뱅뱉뱌뱍뱐뱝버벅번벋벌벎범법벗�\".split(\"\");\nfor(j = 0; j != D[185].length; ++j) if(D[185][j].charCodeAt(0) !== 0xFFFD) { e[D[185][j]] = 47360 + j; d[47360 + j] = D[185][j];}\nD[186] = \"�����������������������������������������������������������������튍튎튏튒튓튔튖튗튘튙튚튛튝튞튟튡튢튣튥튦튧튨튩튪튫튭������튮튯튰튲튳튴튵튶튷튺튻튽튾틁틃틄틅틆틇틊틌틍틎틏틐틑������틒틓틕틖틗틙틚틛틝틞틟틠틡틢틣틦틧틨틩틪틫틬틭틮틯틲틳틵틶틷틹틺벙벚베벡벤벧벨벰벱벳벴벵벼벽변별볍볏볐병볕볘볜보복볶본볼봄봅봇봉봐봔봤봬뵀뵈뵉뵌뵐뵘뵙뵤뵨부북분붇불붉붊붐붑붓붕붙붚붜붤붰붸뷔뷕뷘뷜뷩뷰뷴뷸븀븃븅브븍븐블븜븝븟비빅빈빌빎빔빕빗빙빚빛빠빡빤�\".split(\"\");\nfor(j = 0; j != D[186].length; ++j) if(D[186][j].charCodeAt(0) !== 0xFFFD) { e[D[186][j]] = 47616 + j; d[47616 + j] = D[186][j];}\nD[187] = \"�����������������������������������������������������������������틻틼틽틾틿팂팄팆팇팈팉팊팋팏팑팒팓팕팗팘팙팚팛팞팢팣������팤팦팧팪팫팭팮팯팱팲팳팴팵팶팷팺팾팿퍀퍁퍂퍃퍆퍇퍈퍉������퍊퍋퍌퍍퍎퍏퍐퍑퍒퍓퍔퍕퍖퍗퍘퍙퍚퍛퍜퍝퍞퍟퍠퍡퍢퍣퍤퍥퍦퍧퍨퍩빨빪빰빱빳빴빵빻빼빽뺀뺄뺌뺍뺏뺐뺑뺘뺙뺨뻐뻑뻔뻗뻘뻠뻣뻤뻥뻬뼁뼈뼉뼘뼙뼛뼜뼝뽀뽁뽄뽈뽐뽑뽕뾔뾰뿅뿌뿍뿐뿔뿜뿟뿡쀼쁑쁘쁜쁠쁨쁩삐삑삔삘삠삡삣삥사삭삯산삳살삵삶삼삽삿샀상샅새색샌샐샘샙샛샜생샤�\".split(\"\");\nfor(j = 0; j != D[187].length; ++j) if(D[187][j].charCodeAt(0) !== 0xFFFD) { e[D[187][j]] = 47872 + j; d[47872 + j] = D[187][j];}\nD[188] = \"�����������������������������������������������������������������퍪퍫퍬퍭퍮퍯퍰퍱퍲퍳퍴퍵퍶퍷퍸퍹퍺퍻퍾퍿펁펂펃펅펆펇������펈펉펊펋펎펒펓펔펕펖펗펚펛펝펞펟펡펢펣펤펥펦펧펪펬펮������펯펰펱펲펳펵펶펷펹펺펻펽펾펿폀폁폂폃폆폇폊폋폌폍폎폏폑폒폓폔폕폖샥샨샬샴샵샷샹섀섄섈섐섕서석섞섟선섣설섦섧섬섭섯섰성섶세섹센셀셈셉셋셌셍셔셕션셜셤셥셧셨셩셰셴셸솅소속솎손솔솖솜솝솟송솥솨솩솬솰솽쇄쇈쇌쇔쇗쇘쇠쇤쇨쇰쇱쇳쇼쇽숀숄숌숍숏숑수숙순숟술숨숩숫숭�\".split(\"\");\nfor(j = 0; j != D[188].length; ++j) if(D[188][j].charCodeAt(0) !== 0xFFFD) { e[D[188][j]] = 48128 + j; d[48128 + j] = D[188][j];}\nD[189] = \"�����������������������������������������������������������������폗폙폚폛폜폝폞폟폠폢폤폥폦폧폨폩폪폫폮폯폱폲폳폵폶폷������폸폹폺폻폾퐀퐂퐃퐄퐅퐆퐇퐉퐊퐋퐌퐍퐎퐏퐐퐑퐒퐓퐔퐕퐖������퐗퐘퐙퐚퐛퐜퐞퐟퐠퐡퐢퐣퐤퐥퐦퐧퐨퐩퐪퐫퐬퐭퐮퐯퐰퐱퐲퐳퐴퐵퐶퐷숯숱숲숴쉈쉐쉑쉔쉘쉠쉥쉬쉭쉰쉴쉼쉽쉿슁슈슉슐슘슛슝스슥슨슬슭슴습슷승시식신싣실싫심십싯싱싶싸싹싻싼쌀쌈쌉쌌쌍쌓쌔쌕쌘쌜쌤쌥쌨쌩썅써썩썬썰썲썸썹썼썽쎄쎈쎌쏀쏘쏙쏜쏟쏠쏢쏨쏩쏭쏴쏵쏸쐈쐐쐤쐬쐰�\".split(\"\");\nfor(j = 0; j != D[189].length; ++j) if(D[189][j].charCodeAt(0) !== 0xFFFD) { e[D[189][j]] = 48384 + j; d[48384 + j] = D[189][j];}\nD[190] = \"�����������������������������������������������������������������퐸퐹퐺퐻퐼퐽퐾퐿푁푂푃푅푆푇푈푉푊푋푌푍푎푏푐푑푒푓������푔푕푖푗푘푙푚푛푝푞푟푡푢푣푥푦푧푨푩푪푫푬푮푰푱푲������푳푴푵푶푷푺푻푽푾풁풃풄풅풆풇풊풌풎풏풐풑풒풓풕풖풗풘풙풚풛풜풝쐴쐼쐽쑈쑤쑥쑨쑬쑴쑵쑹쒀쒔쒜쒸쒼쓩쓰쓱쓴쓸쓺쓿씀씁씌씐씔씜씨씩씬씰씸씹씻씽아악안앉않알앍앎앓암압앗았앙앝앞애액앤앨앰앱앳앴앵야약얀얄얇얌얍얏양얕얗얘얜얠얩어억언얹얻얼얽얾엄업없엇었엉엊엌엎�\".split(\"\");\nfor(j = 0; j != D[190].length; ++j) if(D[190][j].charCodeAt(0) !== 0xFFFD) { e[D[190][j]] = 48640 + j; d[48640 + j] = D[190][j];}\nD[191] = \"�����������������������������������������������������������������풞풟풠풡풢풣풤풥풦풧풨풪풫풬풭풮풯풰풱풲풳풴풵풶풷풸������풹풺풻풼풽풾풿퓀퓁퓂퓃퓄퓅퓆퓇퓈퓉퓊퓋퓍퓎퓏퓑퓒퓓퓕������퓖퓗퓘퓙퓚퓛퓝퓞퓠퓡퓢퓣퓤퓥퓦퓧퓩퓪퓫퓭퓮퓯퓱퓲퓳퓴퓵퓶퓷퓹퓺퓼에엑엔엘엠엡엣엥여역엮연열엶엷염엽엾엿였영옅옆옇예옌옐옘옙옛옜오옥온올옭옮옰옳옴옵옷옹옻와왁완왈왐왑왓왔왕왜왝왠왬왯왱외왹왼욀욈욉욋욍요욕욘욜욤욥욧용우욱운울욹욺움웁웃웅워웍원월웜웝웠웡웨�\".split(\"\");\nfor(j = 0; j != D[191].length; ++j) if(D[191][j].charCodeAt(0) !== 0xFFFD) { e[D[191][j]] = 48896 + j; d[48896 + j] = D[191][j];}\nD[192] = \"�����������������������������������������������������������������퓾퓿픀픁픂픃픅픆픇픉픊픋픍픎픏픐픑픒픓픖픘픙픚픛픜픝������픞픟픠픡픢픣픤픥픦픧픨픩픪픫픬픭픮픯픰픱픲픳픴픵픶픷������픸픹픺픻픾픿핁핂핃핅핆핇핈핉핊핋핎핐핒핓핔핕핖핗핚핛핝핞핟핡핢핣웩웬웰웸웹웽위윅윈윌윔윕윗윙유육윤율윰윱윳융윷으윽은을읊음읍읏응읒읓읔읕읖읗의읜읠읨읫이익인일읽읾잃임입잇있잉잊잎자작잔잖잗잘잚잠잡잣잤장잦재잭잰잴잼잽잿쟀쟁쟈쟉쟌쟎쟐쟘쟝쟤쟨쟬저적전절젊�\".split(\"\");\nfor(j = 0; j != D[192].length; ++j) if(D[192][j].charCodeAt(0) !== 0xFFFD) { e[D[192][j]] = 49152 + j; d[49152 + j] = D[192][j];}\nD[193] = \"�����������������������������������������������������������������핤핦핧핪핬핮핯핰핱핲핳핶핷핹핺핻핽핾핿햀햁햂햃햆햊햋������햌햍햎햏햑햒햓햔햕햖햗햘햙햚햛햜햝햞햟햠햡햢햣햤햦햧������햨햩햪햫햬햭햮햯햰햱햲햳햴햵햶햷햸햹햺햻햼햽햾햿헀헁헂헃헄헅헆헇점접젓정젖제젝젠젤젬젭젯젱져젼졀졈졉졌졍졔조족존졸졺좀좁좃종좆좇좋좌좍좔좝좟좡좨좼좽죄죈죌죔죕죗죙죠죡죤죵주죽준줄줅줆줌줍줏중줘줬줴쥐쥑쥔쥘쥠쥡쥣쥬쥰쥴쥼즈즉즌즐즘즙즛증지직진짇질짊짐집짓�\".split(\"\");\nfor(j = 0; j != D[193].length; ++j) if(D[193][j].charCodeAt(0) !== 0xFFFD) { e[D[193][j]] = 49408 + j; d[49408 + j] = D[193][j];}\nD[194] = \"�����������������������������������������������������������������헊헋헍헎헏헑헓헔헕헖헗헚헜헞헟헠헡헢헣헦헧헩헪헫헭헮������헯헰헱헲헳헶헸헺헻헼헽헾헿혂혃혅혆혇혉혊혋혌혍혎혏혒������혖혗혘혙혚혛혝혞혟혡혢혣혥혦혧혨혩혪혫혬혮혯혰혱혲혳혴혵혶혷혺혻징짖짙짚짜짝짠짢짤짧짬짭짯짰짱째짹짼쨀쨈쨉쨋쨌쨍쨔쨘쨩쩌쩍쩐쩔쩜쩝쩟쩠쩡쩨쩽쪄쪘쪼쪽쫀쫄쫌쫍쫏쫑쫓쫘쫙쫠쫬쫴쬈쬐쬔쬘쬠쬡쭁쭈쭉쭌쭐쭘쭙쭝쭤쭸쭹쮜쮸쯔쯤쯧쯩찌찍찐찔찜찝찡찢찧차착찬찮찰참찹찻�\".split(\"\");\nfor(j = 0; j != D[194].length; ++j) if(D[194][j].charCodeAt(0) !== 0xFFFD) { e[D[194][j]] = 49664 + j; d[49664 + j] = D[194][j];}\nD[195] = \"�����������������������������������������������������������������혽혾혿홁홂홃홄홆홇홊홌홎홏홐홒홓홖홗홙홚홛홝홞홟홠홡������홢홣홤홥홦홨홪홫홬홭홮홯홲홳홵홶홷홸홹홺홻홼홽홾홿횀������횁횂횄횆횇횈횉횊횋횎횏횑횒횓횕횖횗횘횙횚횛횜횞횠횢횣횤횥횦횧횩횪찼창찾채책챈챌챔챕챗챘챙챠챤챦챨챰챵처척천철첨첩첫첬청체첵첸첼쳄쳅쳇쳉쳐쳔쳤쳬쳰촁초촉촌촐촘촙촛총촤촨촬촹최쵠쵤쵬쵭쵯쵱쵸춈추축춘출춤춥춧충춰췄췌췐취췬췰췸췹췻췽츄츈츌츔츙츠측츤츨츰츱츳층�\".split(\"\");\nfor(j = 0; j != D[195].length; ++j) if(D[195][j].charCodeAt(0) !== 0xFFFD) { e[D[195][j]] = 49920 + j; d[49920 + j] = D[195][j];}\nD[196] = \"�����������������������������������������������������������������횫횭횮횯횱횲횳횴횵횶횷횸횺횼횽횾횿훀훁훂훃훆훇훉훊훋������훍훎훏훐훒훓훕훖훘훚훛훜훝훞훟훡훢훣훥훦훧훩훪훫훬훭������훮훯훱훲훳훴훶훷훸훹훺훻훾훿휁휂휃휅휆휇휈휉휊휋휌휍휎휏휐휒휓휔치칙친칟칠칡침칩칫칭카칵칸칼캄캅캇캉캐캑캔캘캠캡캣캤캥캬캭컁커컥컨컫컬컴컵컷컸컹케켁켄켈켐켑켓켕켜켠켤켬켭켯켰켱켸코콕콘콜콤콥콧콩콰콱콴콸쾀쾅쾌쾡쾨쾰쿄쿠쿡쿤쿨쿰쿱쿳쿵쿼퀀퀄퀑퀘퀭퀴퀵퀸퀼�\".split(\"\");\nfor(j = 0; j != D[196].length; ++j) if(D[196][j].charCodeAt(0) !== 0xFFFD) { e[D[196][j]] = 50176 + j; d[50176 + j] = D[196][j];}\nD[197] = \"�����������������������������������������������������������������휕휖휗휚휛휝휞휟휡휢휣휤휥휦휧휪휬휮휯휰휱휲휳휶휷휹������휺휻휽휾휿흀흁흂흃흅흆흈흊흋흌흍흎흏흒흓흕흚흛흜흝흞������흟흢흤흦흧흨흪흫흭흮흯흱흲흳흵흶흷흸흹흺흻흾흿힀힂힃힄힅힆힇힊힋큄큅큇큉큐큔큘큠크큭큰클큼큽킁키킥킨킬킴킵킷킹타탁탄탈탉탐탑탓탔탕태택탠탤탬탭탯탰탱탸턍터턱턴털턺텀텁텃텄텅테텍텐텔템텝텟텡텨텬텼톄톈토톡톤톨톰톱톳통톺톼퇀퇘퇴퇸툇툉툐투툭툰툴툼툽툿퉁퉈퉜�\".split(\"\");\nfor(j = 0; j != D[197].length; ++j) if(D[197][j].charCodeAt(0) !== 0xFFFD) { e[D[197][j]] = 50432 + j; d[50432 + j] = D[197][j];}\nD[198] = \"�����������������������������������������������������������������힍힎힏힑힒힓힔힕힖힗힚힜힞힟힠힡힢힣������������������������������������������������������������������������������퉤튀튁튄튈튐튑튕튜튠튤튬튱트특튼튿틀틂틈틉틋틔틘틜틤틥티틱틴틸팀팁팃팅파팍팎판팔팖팜팝팟팠팡팥패팩팬팰팸팹팻팼팽퍄퍅퍼퍽펀펄펌펍펏펐펑페펙펜펠펨펩펫펭펴편펼폄폅폈평폐폘폡폣포폭폰폴폼폽폿퐁�\".split(\"\");\nfor(j = 0; j != D[198].length; ++j) if(D[198][j].charCodeAt(0) !== 0xFFFD) { e[D[198][j]] = 50688 + j; d[50688 + j] = D[198][j];}\nD[199] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������퐈퐝푀푄표푠푤푭푯푸푹푼푿풀풂품풉풋풍풔풩퓌퓐퓔퓜퓟퓨퓬퓰퓸퓻퓽프픈플픔픕픗피픽핀필핌핍핏핑하학한할핥함합핫항해핵핸핼햄햅햇했행햐향허헉헌헐헒험헙헛헝헤헥헨헬헴헵헷헹혀혁현혈혐협혓혔형혜혠�\".split(\"\");\nfor(j = 0; j != D[199].length; ++j) if(D[199][j].charCodeAt(0) !== 0xFFFD) { e[D[199][j]] = 50944 + j; d[50944 + j] = D[199][j];}\nD[200] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������혤혭호혹혼홀홅홈홉홋홍홑화확환활홧황홰홱홴횃횅회획횐횔횝횟횡효횬횰횹횻후훅훈훌훑훔훗훙훠훤훨훰훵훼훽휀휄휑휘휙휜휠휨휩휫휭휴휵휸휼흄흇흉흐흑흔흖흗흘흙흠흡흣흥흩희흰흴흼흽힁히힉힌힐힘힙힛힝�\".split(\"\");\nfor(j = 0; j != D[200].length; ++j) if(D[200][j].charCodeAt(0) !== 0xFFFD) { e[D[200][j]] = 51200 + j; d[51200 + j] = D[200][j];}\nD[202] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������伽佳假價加可呵哥嘉嫁家暇架枷柯歌珂痂稼苛茄街袈訶賈跏軻迦駕刻却各恪慤殼珏脚覺角閣侃刊墾奸姦干幹懇揀杆柬桿澗癎看磵稈竿簡肝艮艱諫間乫喝曷渴碣竭葛褐蝎鞨勘坎堪嵌感憾戡敢柑橄減甘疳監瞰紺邯鑑鑒龕�\".split(\"\");\nfor(j = 0; j != D[202].length; ++j) if(D[202][j].charCodeAt(0) !== 0xFFFD) { e[D[202][j]] = 51712 + j; d[51712 + j] = D[202][j];}\nD[203] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������匣岬甲胛鉀閘剛堈姜岡崗康强彊慷江畺疆糠絳綱羌腔舡薑襁講鋼降鱇介价個凱塏愷愾慨改槪漑疥皆盖箇芥蓋豈鎧開喀客坑更粳羹醵倨去居巨拒据據擧渠炬祛距踞車遽鉅鋸乾件健巾建愆楗腱虔蹇鍵騫乞傑杰桀儉劍劒檢�\".split(\"\");\nfor(j = 0; j != D[203].length; ++j) if(D[203][j].charCodeAt(0) !== 0xFFFD) { e[D[203][j]] = 51968 + j; d[51968 + j] = D[203][j];}\nD[204] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������瞼鈐黔劫怯迲偈憩揭擊格檄激膈覡隔堅牽犬甄絹繭肩見譴遣鵑抉決潔結缺訣兼慊箝謙鉗鎌京俓倞傾儆勁勍卿坰境庚徑慶憬擎敬景暻更梗涇炅烱璟璥瓊痙硬磬竟競絅經耕耿脛莖警輕逕鏡頃頸驚鯨係啓堺契季屆悸戒桂械�\".split(\"\");\nfor(j = 0; j != D[204].length; ++j) if(D[204][j].charCodeAt(0) !== 0xFFFD) { e[D[204][j]] = 52224 + j; d[52224 + j] = D[204][j];}\nD[205] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������棨溪界癸磎稽系繫繼計誡谿階鷄古叩告呱固姑孤尻庫拷攷故敲暠枯槁沽痼皐睾稿羔考股膏苦苽菰藁蠱袴誥賈辜錮雇顧高鼓哭斛曲梏穀谷鵠困坤崑昆梱棍滾琨袞鯤汨滑骨供公共功孔工恐恭拱控攻珙空蚣貢鞏串寡戈果瓜�\".split(\"\");\nfor(j = 0; j != D[205].length; ++j) if(D[205][j].charCodeAt(0) !== 0xFFFD) { e[D[205][j]] = 52480 + j; d[52480 + j] = D[205][j];}\nD[206] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������科菓誇課跨過鍋顆廓槨藿郭串冠官寬慣棺款灌琯瓘管罐菅觀貫關館刮恝括适侊光匡壙廣曠洸炚狂珖筐胱鑛卦掛罫乖傀塊壞怪愧拐槐魁宏紘肱轟交僑咬喬嬌嶠巧攪敎校橋狡皎矯絞翹膠蕎蛟較轎郊餃驕鮫丘久九仇俱具勾�\".split(\"\");\nfor(j = 0; j != D[206].length; ++j) if(D[206][j].charCodeAt(0) !== 0xFFFD) { e[D[206][j]] = 52736 + j; d[52736 + j] = D[206][j];}\nD[207] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������區口句咎嘔坵垢寇嶇廐懼拘救枸柩構歐毆毬求溝灸狗玖球瞿矩究絿耉臼舅舊苟衢謳購軀逑邱鉤銶駒驅鳩鷗龜國局菊鞠鞫麴君窘群裙軍郡堀屈掘窟宮弓穹窮芎躬倦券勸卷圈拳捲權淃眷厥獗蕨蹶闕机櫃潰詭軌饋句晷歸貴�\".split(\"\");\nfor(j = 0; j != D[207].length; ++j) if(D[207][j].charCodeAt(0) !== 0xFFFD) { e[D[207][j]] = 52992 + j; d[52992 + j] = D[207][j];}\nD[208] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������鬼龜叫圭奎揆槻珪硅窺竅糾葵規赳逵閨勻均畇筠菌鈞龜橘克剋劇戟棘極隙僅劤勤懃斤根槿瑾筋芹菫覲謹近饉契今妗擒昑檎琴禁禽芩衾衿襟金錦伋及急扱汲級給亘兢矜肯企伎其冀嗜器圻基埼夔奇妓寄岐崎己幾忌技旗旣�\".split(\"\");\nfor(j = 0; j != D[208].length; ++j) if(D[208][j].charCodeAt(0) !== 0xFFFD) { e[D[208][j]] = 53248 + j; d[53248 + j] = D[208][j];}\nD[209] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������朞期杞棋棄機欺氣汽沂淇玘琦琪璂璣畸畿碁磯祁祇祈祺箕紀綺羈耆耭肌記譏豈起錡錤飢饑騎騏驥麒緊佶吉拮桔金喫儺喇奈娜懦懶拏拿癩羅蘿螺裸邏那樂洛烙珞落諾酪駱亂卵暖欄煖爛蘭難鸞捏捺南嵐枏楠湳濫男藍襤拉�\".split(\"\");\nfor(j = 0; j != D[209].length; ++j) if(D[209][j].charCodeAt(0) !== 0xFFFD) { e[D[209][j]] = 53504 + j; d[53504 + j] = D[209][j];}\nD[210] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������納臘蠟衲囊娘廊朗浪狼郎乃來內奈柰耐冷女年撚秊念恬拈捻寧寗努勞奴弩怒擄櫓爐瑙盧老蘆虜路露駑魯鷺碌祿綠菉錄鹿論壟弄濃籠聾膿農惱牢磊腦賂雷尿壘屢樓淚漏累縷陋嫩訥杻紐勒肋凜凌稜綾能菱陵尼泥匿溺多茶�\".split(\"\");\nfor(j = 0; j != D[210].length; ++j) if(D[210][j].charCodeAt(0) !== 0xFFFD) { e[D[210][j]] = 53760 + j; d[53760 + j] = D[210][j];}\nD[211] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������丹亶但單團壇彖斷旦檀段湍短端簞緞蛋袒鄲鍛撻澾獺疸達啖坍憺擔曇淡湛潭澹痰聃膽蕁覃談譚錟沓畓答踏遝唐堂塘幢戇撞棠當糖螳黨代垈坮大對岱帶待戴擡玳臺袋貸隊黛宅德悳倒刀到圖堵塗導屠島嶋度徒悼挑掉搗桃�\".split(\"\");\nfor(j = 0; j != D[211].length; ++j) if(D[211][j].charCodeAt(0) !== 0xFFFD) { e[D[211][j]] = 54016 + j; d[54016 + j] = D[211][j];}\nD[212] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������棹櫂淘渡滔濤燾盜睹禱稻萄覩賭跳蹈逃途道都鍍陶韜毒瀆牘犢獨督禿篤纛讀墩惇敦旽暾沌焞燉豚頓乭突仝冬凍動同憧東桐棟洞潼疼瞳童胴董銅兜斗杜枓痘竇荳讀豆逗頭屯臀芚遁遯鈍得嶝橙燈登等藤謄鄧騰喇懶拏癩羅�\".split(\"\");\nfor(j = 0; j != D[212].length; ++j) if(D[212][j].charCodeAt(0) !== 0xFFFD) { e[D[212][j]] = 54272 + j; d[54272 + j] = D[212][j];}\nD[213] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������蘿螺裸邏樂洛烙珞絡落諾酪駱丹亂卵欄欒瀾爛蘭鸞剌辣嵐擥攬欖濫籃纜藍襤覽拉臘蠟廊朗浪狼琅瑯螂郞來崍徠萊冷掠略亮倆兩凉梁樑粮粱糧良諒輛量侶儷勵呂廬慮戾旅櫚濾礪藜蠣閭驢驪麗黎力曆歷瀝礫轢靂憐戀攣漣�\".split(\"\");\nfor(j = 0; j != D[213].length; ++j) if(D[213][j].charCodeAt(0) !== 0xFFFD) { e[D[213][j]] = 54528 + j; d[54528 + j] = D[213][j];}\nD[214] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������煉璉練聯蓮輦連鍊冽列劣洌烈裂廉斂殮濂簾獵令伶囹寧岺嶺怜玲笭羚翎聆逞鈴零靈領齡例澧禮醴隷勞怒撈擄櫓潞瀘爐盧老蘆虜路輅露魯鷺鹵碌祿綠菉錄鹿麓論壟弄朧瀧瓏籠聾儡瀨牢磊賂賚賴雷了僚寮廖料燎療瞭聊蓼�\".split(\"\");\nfor(j = 0; j != D[214].length; ++j) if(D[214][j].charCodeAt(0) !== 0xFFFD) { e[D[214][j]] = 54784 + j; d[54784 + j] = D[214][j];}\nD[215] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������遼鬧龍壘婁屢樓淚漏瘻累縷蔞褸鏤陋劉旒柳榴流溜瀏琉瑠留瘤硫謬類六戮陸侖倫崙淪綸輪律慄栗率隆勒肋凜凌楞稜綾菱陵俚利厘吏唎履悧李梨浬犁狸理璃異痢籬罹羸莉裏裡里釐離鯉吝潾燐璘藺躪隣鱗麟林淋琳臨霖砬�\".split(\"\");\nfor(j = 0; j != D[215].length; ++j) if(D[215][j].charCodeAt(0) !== 0xFFFD) { e[D[215][j]] = 55040 + j; d[55040 + j] = D[215][j];}\nD[216] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������立笠粒摩瑪痲碼磨馬魔麻寞幕漠膜莫邈万卍娩巒彎慢挽晩曼滿漫灣瞞萬蔓蠻輓饅鰻唜抹末沫茉襪靺亡妄忘忙望網罔芒茫莽輞邙埋妹媒寐昧枚梅每煤罵買賣邁魅脈貊陌驀麥孟氓猛盲盟萌冪覓免冕勉棉沔眄眠綿緬面麵滅�\".split(\"\");\nfor(j = 0; j != D[216].length; ++j) if(D[216][j].charCodeAt(0) !== 0xFFFD) { e[D[216][j]] = 55296 + j; d[55296 + j] = D[216][j];}\nD[217] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������蔑冥名命明暝椧溟皿瞑茗蓂螟酩銘鳴袂侮冒募姆帽慕摸摹暮某模母毛牟牡瑁眸矛耗芼茅謀謨貌木沐牧目睦穆鶩歿沒夢朦蒙卯墓妙廟描昴杳渺猫竗苗錨務巫憮懋戊拇撫无楙武毋無珷畝繆舞茂蕪誣貿霧鵡墨默們刎吻問文�\".split(\"\");\nfor(j = 0; j != D[217].length; ++j) if(D[217][j].charCodeAt(0) !== 0xFFFD) { e[D[217][j]] = 55552 + j; d[55552 + j] = D[217][j];}\nD[218] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������汶紊紋聞蚊門雯勿沕物味媚尾嵋彌微未梶楣渼湄眉米美薇謎迷靡黴岷悶愍憫敏旻旼民泯玟珉緡閔密蜜謐剝博拍搏撲朴樸泊珀璞箔粕縛膊舶薄迫雹駁伴半反叛拌搬攀斑槃泮潘班畔瘢盤盼磐磻礬絆般蟠返頒飯勃拔撥渤潑�\".split(\"\");\nfor(j = 0; j != D[218].length; ++j) if(D[218][j].charCodeAt(0) !== 0xFFFD) { e[D[218][j]] = 55808 + j; d[55808 + j] = D[218][j];}\nD[219] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������發跋醱鉢髮魃倣傍坊妨尨幇彷房放方旁昉枋榜滂磅紡肪膀舫芳蒡蚌訪謗邦防龐倍俳北培徘拜排杯湃焙盃背胚裴裵褙賠輩配陪伯佰帛柏栢白百魄幡樊煩燔番磻繁蕃藩飜伐筏罰閥凡帆梵氾汎泛犯範范法琺僻劈壁擘檗璧癖�\".split(\"\");\nfor(j = 0; j != D[219].length; ++j) if(D[219][j].charCodeAt(0) !== 0xFFFD) { e[D[219][j]] = 56064 + j; d[56064 + j] = D[219][j];}\nD[220] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������碧蘗闢霹便卞弁變辨辯邊別瞥鱉鼈丙倂兵屛幷昞昺柄棅炳甁病秉竝輧餠騈保堡報寶普步洑湺潽珤甫菩補褓譜輔伏僕匐卜宓復服福腹茯蔔複覆輹輻馥鰒本乶俸奉封峯峰捧棒烽熢琫縫蓬蜂逢鋒鳳不付俯傅剖副否咐埠夫婦�\".split(\"\");\nfor(j = 0; j != D[220].length; ++j) if(D[220][j].charCodeAt(0) !== 0xFFFD) { e[D[220][j]] = 56320 + j; d[56320 + j] = D[220][j];}\nD[221] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������孚孵富府復扶敷斧浮溥父符簿缶腐腑膚艀芙莩訃負賦賻赴趺部釜阜附駙鳧北分吩噴墳奔奮忿憤扮昐汾焚盆粉糞紛芬賁雰不佛弗彿拂崩朋棚硼繃鵬丕備匕匪卑妃婢庇悲憊扉批斐枇榧比毖毗毘沸泌琵痺砒碑秕秘粃緋翡肥�\".split(\"\");\nfor(j = 0; j != D[221].length; ++j) if(D[221][j].charCodeAt(0) !== 0xFFFD) { e[D[221][j]] = 56576 + j; d[56576 + j] = D[221][j];}\nD[222] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������脾臂菲蜚裨誹譬費鄙非飛鼻嚬嬪彬斌檳殯浜濱瀕牝玭貧賓頻憑氷聘騁乍事些仕伺似使俟僿史司唆嗣四士奢娑寫寺射巳師徙思捨斜斯柶査梭死沙泗渣瀉獅砂社祀祠私篩紗絲肆舍莎蓑蛇裟詐詞謝賜赦辭邪飼駟麝削數朔索�\".split(\"\");\nfor(j = 0; j != D[222].length; ++j) if(D[222][j].charCodeAt(0) !== 0xFFFD) { e[D[222][j]] = 56832 + j; d[56832 + j] = D[222][j];}\nD[223] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������傘刪山散汕珊産疝算蒜酸霰乷撒殺煞薩三參杉森渗芟蔘衫揷澁鈒颯上傷像償商喪嘗孀尙峠常床庠廂想桑橡湘爽牀狀相祥箱翔裳觴詳象賞霜塞璽賽嗇塞穡索色牲生甥省笙墅壻嶼序庶徐恕抒捿敍暑曙書栖棲犀瑞筮絮緖署�\".split(\"\");\nfor(j = 0; j != D[223].length; ++j) if(D[223][j].charCodeAt(0) !== 0xFFFD) { e[D[223][j]] = 57088 + j; d[57088 + j] = D[223][j];}\nD[224] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������胥舒薯西誓逝鋤黍鼠夕奭席惜昔晳析汐淅潟石碩蓆釋錫仙僊先善嬋宣扇敾旋渲煽琁瑄璇璿癬禪線繕羨腺膳船蘚蟬詵跣選銑鐥饍鮮卨屑楔泄洩渫舌薛褻設說雪齧剡暹殲纖蟾贍閃陝攝涉燮葉城姓宬性惺成星晟猩珹盛省筬�\".split(\"\");\nfor(j = 0; j != D[224].length; ++j) if(D[224][j].charCodeAt(0) !== 0xFFFD) { e[D[224][j]] = 57344 + j; d[57344 + j] = D[224][j];}\nD[225] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������聖聲腥誠醒世勢歲洗稅笹細說貰召嘯塑宵小少巢所掃搔昭梳沼消溯瀟炤燒甦疏疎瘙笑篠簫素紹蔬蕭蘇訴逍遡邵銷韶騷俗屬束涑粟續謖贖速孫巽損蓀遜飡率宋悚松淞訟誦送頌刷殺灑碎鎖衰釗修受嗽囚垂壽嫂守岫峀帥愁�\".split(\"\");\nfor(j = 0; j != D[225].length; ++j) if(D[225][j].charCodeAt(0) !== 0xFFFD) { e[D[225][j]] = 57600 + j; d[57600 + j] = D[225][j];}\nD[226] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������戍手授搜收數樹殊水洙漱燧狩獸琇璲瘦睡秀穗竪粹綏綬繡羞脩茱蒐蓚藪袖誰讐輸遂邃酬銖銹隋隧隨雖需須首髓鬚叔塾夙孰宿淑潚熟琡璹肅菽巡徇循恂旬栒楯橓殉洵淳珣盾瞬筍純脣舜荀蓴蕣詢諄醇錞順馴戌術述鉥崇崧�\".split(\"\");\nfor(j = 0; j != D[226].length; ++j) if(D[226][j].charCodeAt(0) !== 0xFFFD) { e[D[226][j]] = 57856 + j; d[57856 + j] = D[226][j];}\nD[227] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������嵩瑟膝蝨濕拾習褶襲丞乘僧勝升承昇繩蠅陞侍匙嘶始媤尸屎屍市弑恃施是時枾柴猜矢示翅蒔蓍視試詩諡豕豺埴寔式息拭植殖湜熄篒蝕識軾食飾伸侁信呻娠宸愼新晨燼申神紳腎臣莘薪藎蜃訊身辛辰迅失室實悉審尋心沁�\".split(\"\");\nfor(j = 0; j != D[227].length; ++j) if(D[227][j].charCodeAt(0) !== 0xFFFD) { e[D[227][j]] = 58112 + j; d[58112 + j] = D[227][j];}\nD[228] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������沈深瀋甚芯諶什十拾雙氏亞俄兒啞娥峨我牙芽莪蛾衙訝阿雅餓鴉鵝堊岳嶽幄惡愕握樂渥鄂鍔顎鰐齷安岸按晏案眼雁鞍顔鮟斡謁軋閼唵岩巖庵暗癌菴闇壓押狎鴨仰央怏昻殃秧鴦厓哀埃崖愛曖涯碍艾隘靄厄扼掖液縊腋額�\".split(\"\");\nfor(j = 0; j != D[228].length; ++j) if(D[228][j].charCodeAt(0) !== 0xFFFD) { e[D[228][j]] = 58368 + j; d[58368 + j] = D[228][j];}\nD[229] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������櫻罌鶯鸚也倻冶夜惹揶椰爺耶若野弱掠略約若葯蒻藥躍亮佯兩凉壤孃恙揚攘敭暘梁楊樣洋瀁煬痒瘍禳穰糧羊良襄諒讓釀陽量養圄御於漁瘀禦語馭魚齬億憶抑檍臆偃堰彦焉言諺孼蘖俺儼嚴奄掩淹嶪業円予余勵呂女如廬�\".split(\"\");\nfor(j = 0; j != D[229].length; ++j) if(D[229][j].charCodeAt(0) !== 0xFFFD) { e[D[229][j]] = 58624 + j; d[58624 + j] = D[229][j];}\nD[230] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������旅歟汝濾璵礖礪與艅茹輿轝閭餘驪麗黎亦力域役易曆歷疫繹譯轢逆驛嚥堧姸娟宴年延憐戀捐挻撚椽沇沿涎涓淵演漣烟然煙煉燃燕璉硏硯秊筵緣練縯聯衍軟輦蓮連鉛鍊鳶列劣咽悅涅烈熱裂說閱厭廉念捻染殮炎焰琰艶苒�\".split(\"\");\nfor(j = 0; j != D[230].length; ++j) if(D[230][j].charCodeAt(0) !== 0xFFFD) { e[D[230][j]] = 58880 + j; d[58880 + j] = D[230][j];}\nD[231] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������簾閻髥鹽曄獵燁葉令囹塋寧嶺嶸影怜映暎楹榮永泳渶潁濚瀛瀯煐營獰玲瑛瑩瓔盈穎纓羚聆英詠迎鈴鍈零霙靈領乂倪例刈叡曳汭濊猊睿穢芮藝蘂禮裔詣譽豫醴銳隸霓預五伍俉傲午吾吳嗚塢墺奧娛寤悟惡懊敖旿晤梧汚澳�\".split(\"\");\nfor(j = 0; j != D[231].length; ++j) if(D[231][j].charCodeAt(0) !== 0xFFFD) { e[D[231][j]] = 59136 + j; d[59136 + j] = D[231][j];}\nD[232] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������烏熬獒筽蜈誤鰲鼇屋沃獄玉鈺溫瑥瘟穩縕蘊兀壅擁瓮甕癰翁邕雍饔渦瓦窩窪臥蛙蝸訛婉完宛梡椀浣玩琓琬碗緩翫脘腕莞豌阮頑曰往旺枉汪王倭娃歪矮外嵬巍猥畏了僚僥凹堯夭妖姚寥寮尿嶢拗搖撓擾料曜樂橈燎燿瑤療�\".split(\"\");\nfor(j = 0; j != D[232].length; ++j) if(D[232][j].charCodeAt(0) !== 0xFFFD) { e[D[232][j]] = 59392 + j; d[59392 + j] = D[232][j];}\nD[233] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������窈窯繇繞耀腰蓼蟯要謠遙遼邀饒慾欲浴縟褥辱俑傭冗勇埇墉容庸慂榕涌湧溶熔瑢用甬聳茸蓉踊鎔鏞龍于佑偶優又友右宇寓尤愚憂旴牛玗瑀盂祐禑禹紆羽芋藕虞迂遇郵釪隅雨雩勖彧旭昱栯煜稶郁頊云暈橒殞澐熉耘芸蕓�\".split(\"\");\nfor(j = 0; j != D[233].length; ++j) if(D[233][j].charCodeAt(0) !== 0xFFFD) { e[D[233][j]] = 59648 + j; d[59648 + j] = D[233][j];}\nD[234] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������運隕雲韻蔚鬱亐熊雄元原員圓園垣媛嫄寃怨愿援沅洹湲源爰猿瑗苑袁轅遠阮院願鴛月越鉞位偉僞危圍委威尉慰暐渭爲瑋緯胃萎葦蔿蝟衛褘謂違韋魏乳侑儒兪劉唯喩孺宥幼幽庾悠惟愈愉揄攸有杻柔柚柳楡楢油洧流游溜�\".split(\"\");\nfor(j = 0; j != D[234].length; ++j) if(D[234][j].charCodeAt(0) !== 0xFFFD) { e[D[234][j]] = 59904 + j; d[59904 + j] = D[234][j];}\nD[235] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������濡猶猷琉瑜由留癒硫紐維臾萸裕誘諛諭踰蹂遊逾遺酉釉鍮類六堉戮毓肉育陸倫允奫尹崙淪潤玧胤贇輪鈗閏律慄栗率聿戎瀜絨融隆垠恩慇殷誾銀隱乙吟淫蔭陰音飮揖泣邑凝應膺鷹依倚儀宜意懿擬椅毅疑矣義艤薏蟻衣誼�\".split(\"\");\nfor(j = 0; j != D[235].length; ++j) if(D[235][j].charCodeAt(0) !== 0xFFFD) { e[D[235][j]] = 60160 + j; d[60160 + j] = D[235][j];}\nD[236] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������議醫二以伊利吏夷姨履已弛彛怡易李梨泥爾珥理異痍痢移罹而耳肄苡荑裏裡貽貳邇里離飴餌匿溺瀷益翊翌翼謚人仁刃印吝咽因姻寅引忍湮燐璘絪茵藺蚓認隣靭靷鱗麟一佚佾壹日溢逸鎰馹任壬妊姙恁林淋稔臨荏賃入卄�\".split(\"\");\nfor(j = 0; j != D[236].length; ++j) if(D[236][j].charCodeAt(0) !== 0xFFFD) { e[D[236][j]] = 60416 + j; d[60416 + j] = D[236][j];}\nD[237] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������立笠粒仍剩孕芿仔刺咨姉姿子字孜恣慈滋炙煮玆瓷疵磁紫者自茨蔗藉諮資雌作勺嚼斫昨灼炸爵綽芍酌雀鵲孱棧殘潺盞岑暫潛箴簪蠶雜丈仗匠場墻壯奬將帳庄張掌暲杖樟檣欌漿牆狀獐璋章粧腸臟臧莊葬蔣薔藏裝贓醬長�\".split(\"\");\nfor(j = 0; j != D[237].length; ++j) if(D[237][j].charCodeAt(0) !== 0xFFFD) { e[D[237][j]] = 60672 + j; d[60672 + j] = D[237][j];}\nD[238] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������障再哉在宰才材栽梓渽滓災縡裁財載齋齎爭箏諍錚佇低儲咀姐底抵杵楮樗沮渚狙猪疽箸紵苧菹著藷詛貯躇這邸雎齟勣吊嫡寂摘敵滴狄炙的積笛籍績翟荻謫賊赤跡蹟迪迹適鏑佃佺傳全典前剪塡塼奠專展廛悛戰栓殿氈澱�\".split(\"\");\nfor(j = 0; j != D[238].length; ++j) if(D[238][j].charCodeAt(0) !== 0xFFFD) { e[D[238][j]] = 60928 + j; d[60928 + j] = D[238][j];}\nD[239] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������煎琠田甸畑癲筌箋箭篆纏詮輾轉鈿銓錢鐫電顚顫餞切截折浙癤竊節絶占岾店漸点粘霑鮎點接摺蝶丁井亭停偵呈姃定幀庭廷征情挺政整旌晶晸柾楨檉正汀淀淨渟湞瀞炡玎珽町睛碇禎程穽精綎艇訂諪貞鄭酊釘鉦鋌錠霆靖�\".split(\"\");\nfor(j = 0; j != D[239].length; ++j) if(D[239][j].charCodeAt(0) !== 0xFFFD) { e[D[239][j]] = 61184 + j; d[61184 + j] = D[239][j];}\nD[240] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������靜頂鼎制劑啼堤帝弟悌提梯濟祭第臍薺製諸蹄醍除際霽題齊俎兆凋助嘲弔彫措操早晁曺曹朝條棗槽漕潮照燥爪璪眺祖祚租稠窕粗糟組繰肇藻蚤詔調趙躁造遭釣阻雕鳥族簇足鏃存尊卒拙猝倧宗從悰慫棕淙琮種終綜縱腫�\".split(\"\");\nfor(j = 0; j != D[240].length; ++j) if(D[240][j].charCodeAt(0) !== 0xFFFD) { e[D[240][j]] = 61440 + j; d[61440 + j] = D[240][j];}\nD[241] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������踪踵鍾鐘佐坐左座挫罪主住侏做姝胄呪周嗾奏宙州廚晝朱柱株注洲湊澍炷珠疇籌紂紬綢舟蛛註誅走躊輳週酎酒鑄駐竹粥俊儁准埈寯峻晙樽浚準濬焌畯竣蠢逡遵雋駿茁中仲衆重卽櫛楫汁葺增憎曾拯烝甑症繒蒸證贈之只�\".split(\"\");\nfor(j = 0; j != D[241].length; ++j) if(D[241][j].charCodeAt(0) !== 0xFFFD) { e[D[241][j]] = 61696 + j; d[61696 + j] = D[241][j];}\nD[242] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������咫地址志持指摯支旨智枝枳止池沚漬知砥祉祗紙肢脂至芝芷蜘誌識贄趾遲直稙稷織職唇嗔塵振搢晉晋桭榛殄津溱珍瑨璡畛疹盡眞瞋秦縉縝臻蔯袗診賑軫辰進鎭陣陳震侄叱姪嫉帙桎瓆疾秩窒膣蛭質跌迭斟朕什執潗緝輯�\".split(\"\");\nfor(j = 0; j != D[242].length; ++j) if(D[242][j].charCodeAt(0) !== 0xFFFD) { e[D[242][j]] = 61952 + j; d[61952 + j] = D[242][j];}\nD[243] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������鏶集徵懲澄且侘借叉嗟嵯差次此磋箚茶蹉車遮捉搾着窄錯鑿齪撰澯燦璨瓚竄簒纂粲纘讚贊鑽餐饌刹察擦札紮僭參塹慘慙懺斬站讒讖倉倡創唱娼廠彰愴敞昌昶暢槍滄漲猖瘡窓脹艙菖蒼債埰寀寨彩採砦綵菜蔡采釵冊柵策�\".split(\"\");\nfor(j = 0; j != D[243].length; ++j) if(D[243][j].charCodeAt(0) !== 0xFFFD) { e[D[243][j]] = 62208 + j; d[62208 + j] = D[243][j];}\nD[244] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������責凄妻悽處倜刺剔尺慽戚拓擲斥滌瘠脊蹠陟隻仟千喘天川擅泉淺玔穿舛薦賤踐遷釧闡阡韆凸哲喆徹撤澈綴輟轍鐵僉尖沾添甛瞻簽籤詹諂堞妾帖捷牒疊睫諜貼輒廳晴淸聽菁請靑鯖切剃替涕滯締諦逮遞體初剿哨憔抄招梢�\".split(\"\");\nfor(j = 0; j != D[244].length; ++j) if(D[244][j].charCodeAt(0) !== 0xFFFD) { e[D[244][j]] = 62464 + j; d[62464 + j] = D[244][j];}\nD[245] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������椒楚樵炒焦硝礁礎秒稍肖艸苕草蕉貂超酢醋醮促囑燭矗蜀觸寸忖村邨叢塚寵悤憁摠總聰蔥銃撮催崔最墜抽推椎楸樞湫皺秋芻萩諏趨追鄒酋醜錐錘鎚雛騶鰍丑畜祝竺筑築縮蓄蹙蹴軸逐春椿瑃出朮黜充忠沖蟲衝衷悴膵萃�\".split(\"\");\nfor(j = 0; j != D[245].length; ++j) if(D[245][j].charCodeAt(0) !== 0xFFFD) { e[D[245][j]] = 62720 + j; d[62720 + j] = D[245][j];}\nD[246] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������贅取吹嘴娶就炊翠聚脆臭趣醉驟鷲側仄厠惻測層侈値嗤峙幟恥梔治淄熾痔痴癡稚穉緇緻置致蚩輜雉馳齒則勅飭親七柒漆侵寢枕沈浸琛砧針鍼蟄秤稱快他咤唾墮妥惰打拖朶楕舵陀馱駝倬卓啄坼度托拓擢晫柝濁濯琢琸託�\".split(\"\");\nfor(j = 0; j != D[246].length; ++j) if(D[246][j].charCodeAt(0) !== 0xFFFD) { e[D[246][j]] = 62976 + j; d[62976 + j] = D[246][j];}\nD[247] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������鐸呑嘆坦彈憚歎灘炭綻誕奪脫探眈耽貪塔搭榻宕帑湯糖蕩兌台太怠態殆汰泰笞胎苔跆邰颱宅擇澤撑攄兎吐土討慟桶洞痛筒統通堆槌腿褪退頹偸套妬投透鬪慝特闖坡婆巴把播擺杷波派爬琶破罷芭跛頗判坂板版瓣販辦鈑�\".split(\"\");\nfor(j = 0; j != D[247].length; ++j) if(D[247][j].charCodeAt(0) !== 0xFFFD) { e[D[247][j]] = 63232 + j; d[63232 + j] = D[247][j];}\nD[248] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������阪八叭捌佩唄悖敗沛浿牌狽稗覇貝彭澎烹膨愎便偏扁片篇編翩遍鞭騙貶坪平枰萍評吠嬖幣廢弊斃肺蔽閉陛佈包匍匏咆哺圃布怖抛抱捕暴泡浦疱砲胞脯苞葡蒲袍褒逋鋪飽鮑幅暴曝瀑爆輻俵剽彪慓杓標漂瓢票表豹飇飄驃�\".split(\"\");\nfor(j = 0; j != D[248].length; ++j) if(D[248][j].charCodeAt(0) !== 0xFFFD) { e[D[248][j]] = 63488 + j; d[63488 + j] = D[248][j];}\nD[249] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������品稟楓諷豊風馮彼披疲皮被避陂匹弼必泌珌畢疋筆苾馝乏逼下何厦夏廈昰河瑕荷蝦賀遐霞鰕壑學虐謔鶴寒恨悍旱汗漢澣瀚罕翰閑閒限韓割轄函含咸啣喊檻涵緘艦銜陷鹹合哈盒蛤閤闔陜亢伉姮嫦巷恒抗杭桁沆港缸肛航�\".split(\"\");\nfor(j = 0; j != D[249].length; ++j) if(D[249][j].charCodeAt(0) !== 0xFFFD) { e[D[249][j]] = 63744 + j; d[63744 + j] = D[249][j];}\nD[250] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������行降項亥偕咳垓奚孩害懈楷海瀣蟹解該諧邂駭骸劾核倖幸杏荇行享向嚮珦鄕響餉饗香噓墟虛許憲櫶獻軒歇險驗奕爀赫革俔峴弦懸晛泫炫玄玹現眩睍絃絢縣舷衒見賢鉉顯孑穴血頁嫌俠協夾峽挾浹狹脅脇莢鋏頰亨兄刑型�\".split(\"\");\nfor(j = 0; j != D[250].length; ++j) if(D[250][j].charCodeAt(0) !== 0xFFFD) { e[D[250][j]] = 64000 + j; d[64000 + j] = D[250][j];}\nD[251] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������形泂滎瀅灐炯熒珩瑩荊螢衡逈邢鎣馨兮彗惠慧暳蕙蹊醯鞋乎互呼壕壺好岵弧戶扈昊晧毫浩淏湖滸澔濠濩灝狐琥瑚瓠皓祜糊縞胡芦葫蒿虎號蝴護豪鎬頀顥惑或酷婚昏混渾琿魂忽惚笏哄弘汞泓洪烘紅虹訌鴻化和嬅樺火畵�\".split(\"\");\nfor(j = 0; j != D[251].length; ++j) if(D[251][j].charCodeAt(0) !== 0xFFFD) { e[D[251][j]] = 64256 + j; d[64256 + j] = D[251][j];}\nD[252] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������禍禾花華話譁貨靴廓擴攫確碻穫丸喚奐宦幻患換歡晥桓渙煥環紈還驩鰥活滑猾豁闊凰幌徨恍惶愰慌晃晄榥況湟滉潢煌璜皇篁簧荒蝗遑隍黃匯回廻徊恢悔懷晦會檜淮澮灰獪繪膾茴蛔誨賄劃獲宖橫鐄哮嚆孝效斅曉梟涍淆�\".split(\"\");\nfor(j = 0; j != D[252].length; ++j) if(D[252][j].charCodeAt(0) !== 0xFFFD) { e[D[252][j]] = 64512 + j; d[64512 + j] = D[252][j];}\nD[253] = \"�����������������������������������������������������������������������������������������������������������������������������������������������������������������爻肴酵驍侯候厚后吼喉嗅帿後朽煦珝逅勛勳塤壎焄熏燻薰訓暈薨喧暄煊萱卉喙毁彙徽揮暉煇諱輝麾休携烋畦虧恤譎鷸兇凶匈洶胸黑昕欣炘痕吃屹紇訖欠欽歆吸恰洽翕興僖凞喜噫囍姬嬉希憙憘戱晞曦熙熹熺犧禧稀羲詰�\".split(\"\");\nfor(j = 0; j != D[253].length; ++j) if(D[253][j].charCodeAt(0) !== 0xFFFD) { e[D[253][j]] = 64768 + j; d[64768 + j] = D[253][j];}\nreturn {\"enc\": e, \"dec\": d }; })();\ncptable[950] = (function(){ var d = [], e = {}, D = [], j;\nD[0] = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~��������������������������������������������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[0].length; ++j) if(D[0][j].charCodeAt(0) !== 0xFFFD) { e[D[0][j]] = 0 + j; d[0 + j] = D[0][j];}\nD[161] = \"���������������������������������������������������������������� ，、。．‧；：？！︰…‥﹐﹑﹒·﹔﹕﹖﹗｜–︱—︳╴︴﹏（）︵︶｛｝︷︸〔〕︹︺【】︻︼《》︽︾〈〉︿﹀「」﹁﹂『』﹃﹄﹙﹚����������������������������������﹛﹜﹝﹞‘’“”〝〞‵′＃＆＊※§〃○●△▲◎☆★◇◆□■▽▼㊣℅¯￣＿ˍ﹉﹊﹍﹎﹋﹌﹟﹠﹡＋－×÷±√＜＞＝≦≧≠∞≒≡﹢﹣﹤﹥﹦～∩∪⊥∠∟⊿㏒㏑∫∮∵∴♀♂⊕⊙↑↓←→↖↗↙↘∥∣／�\".split(\"\");\nfor(j = 0; j != D[161].length; ++j) if(D[161][j].charCodeAt(0) !== 0xFFFD) { e[D[161][j]] = 41216 + j; d[41216 + j] = D[161][j];}\nD[162] = \"����������������������������������������������������������������＼∕﹨＄￥〒￠￡％＠℃℉﹩﹪﹫㏕㎜㎝㎞㏎㎡㎎㎏㏄°兙兛兞兝兡兣嗧瓩糎▁▂▃▄▅▆▇█▏▎▍▌▋▊▉┼┴┬┤├▔─│▕┌┐└┘╭����������������������������������╮╰╯═╞╪╡◢◣◥◤╱╲╳０１２３４５６７８９ⅠⅡⅢⅣⅤⅥⅦⅧⅨⅩ〡〢〣〤〥〦〧〨〩十卄卅ＡＢＣＤＥＦＧＨＩＪＫＬＭＮＯＰＱＲＳＴＵＶＷＸＹＺａｂｃｄｅｆｇｈｉｊｋｌｍｎｏｐｑｒｓｔｕｖ�\".split(\"\");\nfor(j = 0; j != D[162].length; ++j) if(D[162][j].charCodeAt(0) !== 0xFFFD) { e[D[162][j]] = 41472 + j; d[41472 + j] = D[162][j];}\nD[163] = \"����������������������������������������������������������������ｗｘｙｚΑΒΓΔΕΖΗΘΙΚΛΜΝΞΟΠΡΣΤΥΦΧΨΩαβγδεζηθικλμνξοπρστυφχψωㄅㄆㄇㄈㄉㄊㄋㄌㄍㄎㄏ����������������������������������ㄐㄑㄒㄓㄔㄕㄖㄗㄘㄙㄚㄛㄜㄝㄞㄟㄠㄡㄢㄣㄤㄥㄦㄧㄨㄩ˙ˉˊˇˋ���������������������������������€������������������������������\".split(\"\");\nfor(j = 0; j != D[163].length; ++j) if(D[163][j].charCodeAt(0) !== 0xFFFD) { e[D[163][j]] = 41728 + j; d[41728 + j] = D[163][j];}\nD[164] = \"����������������������������������������������������������������一乙丁七乃九了二人儿入八几刀刁力匕十卜又三下丈上丫丸凡久么也乞于亡兀刃勺千叉口土士夕大女子孑孓寸小尢尸山川工己已巳巾干廾弋弓才����������������������������������丑丐不中丰丹之尹予云井互五亢仁什仃仆仇仍今介仄元允內六兮公冗凶分切刈勻勾勿化匹午升卅卞厄友及反壬天夫太夭孔少尤尺屯巴幻廿弔引心戈戶手扎支文斗斤方日曰月木欠止歹毋比毛氏水火爪父爻片牙牛犬王丙�\".split(\"\");\nfor(j = 0; j != D[164].length; ++j) if(D[164][j].charCodeAt(0) !== 0xFFFD) { e[D[164][j]] = 41984 + j; d[41984 + j] = D[164][j];}\nD[165] = \"����������������������������������������������������������������世丕且丘主乍乏乎以付仔仕他仗代令仙仞充兄冉冊冬凹出凸刊加功包匆北匝仟半卉卡占卯卮去可古右召叮叩叨叼司叵叫另只史叱台句叭叻四囚外����������������������������������央失奴奶孕它尼巨巧左市布平幼弁弘弗必戊打扔扒扑斥旦朮本未末札正母民氐永汁汀氾犯玄玉瓜瓦甘生用甩田由甲申疋白皮皿目矛矢石示禾穴立丞丟乒乓乩亙交亦亥仿伉伙伊伕伍伐休伏仲件任仰仳份企伋光兇兆先全�\".split(\"\");\nfor(j = 0; j != D[165].length; ++j) if(D[165][j].charCodeAt(0) !== 0xFFFD) { e[D[165][j]] = 42240 + j; d[42240 + j] = D[165][j];}\nD[166] = \"����������������������������������������������������������������共再冰列刑划刎刖劣匈匡匠印危吉吏同吊吐吁吋各向名合吃后吆吒因回囝圳地在圭圬圯圩夙多夷夸妄奸妃好她如妁字存宇守宅安寺尖屹州帆并年����������������������������������式弛忙忖戎戌戍成扣扛托收早旨旬旭曲曳有朽朴朱朵次此死氖汝汗汙江池汐汕污汛汍汎灰牟牝百竹米糸缶羊羽老考而耒耳聿肉肋肌臣自至臼舌舛舟艮色艾虫血行衣西阡串亨位住佇佗佞伴佛何估佐佑伽伺伸佃佔似但佣�\".split(\"\");\nfor(j = 0; j != D[166].length; ++j) if(D[166][j].charCodeAt(0) !== 0xFFFD) { e[D[166][j]] = 42496 + j; d[42496 + j] = D[166][j];}\nD[167] = \"����������������������������������������������������������������作你伯低伶余佝佈佚兌克免兵冶冷別判利刪刨劫助努劬匣即卵吝吭吞吾否呎吧呆呃吳呈呂君吩告吹吻吸吮吵吶吠吼呀吱含吟听囪困囤囫坊坑址坍����������������������������������均坎圾坐坏圻壯夾妝妒妨妞妣妙妖妍妤妓妊妥孝孜孚孛完宋宏尬局屁尿尾岐岑岔岌巫希序庇床廷弄弟彤形彷役忘忌志忍忱快忸忪戒我抄抗抖技扶抉扭把扼找批扳抒扯折扮投抓抑抆改攻攸旱更束李杏材村杜杖杞杉杆杠�\".split(\"\");\nfor(j = 0; j != D[167].length; ++j) if(D[167][j].charCodeAt(0) !== 0xFFFD) { e[D[167][j]] = 42752 + j; d[42752 + j] = D[167][j];}\nD[168] = \"����������������������������������������������������������������杓杗步每求汞沙沁沈沉沅沛汪決沐汰沌汨沖沒汽沃汲汾汴沆汶沍沔沘沂灶灼災灸牢牡牠狄狂玖甬甫男甸皂盯矣私秀禿究系罕肖肓肝肘肛肚育良芒����������������������������������芋芍見角言谷豆豕貝赤走足身車辛辰迂迆迅迄巡邑邢邪邦那酉釆里防阮阱阪阬並乖乳事些亞享京佯依侍佳使佬供例來侃佰併侈佩佻侖佾侏侑佺兔兒兕兩具其典冽函刻券刷刺到刮制剁劾劻卒協卓卑卦卷卸卹取叔受味呵�\".split(\"\");\nfor(j = 0; j != D[168].length; ++j) if(D[168][j].charCodeAt(0) !== 0xFFFD) { e[D[168][j]] = 43008 + j; d[43008 + j] = D[168][j];}\nD[169] = \"����������������������������������������������������������������咖呸咕咀呻呷咄咒咆呼咐呱呶和咚呢周咋命咎固垃坷坪坩坡坦坤坼夜奉奇奈奄奔妾妻委妹妮姑姆姐姍始姓姊妯妳姒姅孟孤季宗定官宜宙宛尚屈居����������������������������������屆岷岡岸岩岫岱岳帘帚帖帕帛帑幸庚店府底庖延弦弧弩往征彿彼忝忠忽念忿怏怔怯怵怖怪怕怡性怩怫怛或戕房戾所承拉拌拄抿拂抹拒招披拓拔拋拈抨抽押拐拙拇拍抵拚抱拘拖拗拆抬拎放斧於旺昔易昌昆昂明昀昏昕昊�\".split(\"\");\nfor(j = 0; j != D[169].length; ++j) if(D[169][j].charCodeAt(0) !== 0xFFFD) { e[D[169][j]] = 43264 + j; d[43264 + j] = D[169][j];}\nD[170] = \"����������������������������������������������������������������昇服朋杭枋枕東果杳杷枇枝林杯杰板枉松析杵枚枓杼杪杲欣武歧歿氓氛泣注泳沱泌泥河沽沾沼波沫法泓沸泄油況沮泗泅泱沿治泡泛泊沬泯泜泖泠����������������������������������炕炎炒炊炙爬爭爸版牧物狀狎狙狗狐玩玨玟玫玥甽疝疙疚的盂盲直知矽社祀祁秉秈空穹竺糾罔羌羋者肺肥肢肱股肫肩肴肪肯臥臾舍芳芝芙芭芽芟芹花芬芥芯芸芣芰芾芷虎虱初表軋迎返近邵邸邱邶采金長門阜陀阿阻附�\".split(\"\");\nfor(j = 0; j != D[170].length; ++j) if(D[170][j].charCodeAt(0) !== 0xFFFD) { e[D[170][j]] = 43520 + j; d[43520 + j] = D[170][j];}\nD[171] = \"����������������������������������������������������������������陂隹雨青非亟亭亮信侵侯便俠俑俏保促侶俘俟俊俗侮俐俄係俚俎俞侷兗冒冑冠剎剃削前剌剋則勇勉勃勁匍南卻厚叛咬哀咨哎哉咸咦咳哇哂咽咪品����������������������������������哄哈咯咫咱咻咩咧咿囿垂型垠垣垢城垮垓奕契奏奎奐姜姘姿姣姨娃姥姪姚姦威姻孩宣宦室客宥封屎屏屍屋峙峒巷帝帥帟幽庠度建弈弭彥很待徊律徇後徉怒思怠急怎怨恍恰恨恢恆恃恬恫恪恤扁拜挖按拼拭持拮拽指拱拷�\".split(\"\");\nfor(j = 0; j != D[171].length; ++j) if(D[171][j].charCodeAt(0) !== 0xFFFD) { e[D[171][j]] = 43776 + j; d[43776 + j] = D[171][j];}\nD[172] = \"����������������������������������������������������������������拯括拾拴挑挂政故斫施既春昭映昧是星昨昱昤曷柿染柱柔某柬架枯柵柩柯柄柑枴柚查枸柏柞柳枰柙柢柝柒歪殃殆段毒毗氟泉洋洲洪流津洌洱洞洗����������������������������������活洽派洶洛泵洹洧洸洩洮洵洎洫炫為炳炬炯炭炸炮炤爰牲牯牴狩狠狡玷珊玻玲珍珀玳甚甭畏界畎畋疫疤疥疢疣癸皆皇皈盈盆盃盅省盹相眉看盾盼眇矜砂研砌砍祆祉祈祇禹禺科秒秋穿突竿竽籽紂紅紀紉紇約紆缸美羿耄�\".split(\"\");\nfor(j = 0; j != D[172].length; ++j) if(D[172][j].charCodeAt(0) !== 0xFFFD) { e[D[172][j]] = 44032 + j; d[44032 + j] = D[172][j];}\nD[173] = \"����������������������������������������������������������������耐耍耑耶胖胥胚胃胄背胡胛胎胞胤胝致舢苧范茅苣苛苦茄若茂茉苒苗英茁苜苔苑苞苓苟苯茆虐虹虻虺衍衫要觔計訂訃貞負赴赳趴軍軌述迦迢迪迥����������������������������������迭迫迤迨郊郎郁郃酋酊重閂限陋陌降面革韋韭音頁風飛食首香乘亳倌倍倣俯倦倥俸倩倖倆值借倚倒們俺倀倔倨俱倡個候倘俳修倭倪俾倫倉兼冤冥冢凍凌准凋剖剜剔剛剝匪卿原厝叟哨唐唁唷哼哥哲唆哺唔哩哭員唉哮哪�\".split(\"\");\nfor(j = 0; j != D[173].length; ++j) if(D[173][j].charCodeAt(0) !== 0xFFFD) { e[D[173][j]] = 44288 + j; d[44288 + j] = D[173][j];}\nD[174] = \"����������������������������������������������������������������哦唧唇哽唏圃圄埂埔埋埃堉夏套奘奚娑娘娜娟娛娓姬娠娣娩娥娌娉孫屘宰害家宴宮宵容宸射屑展屐峭峽峻峪峨峰島崁峴差席師庫庭座弱徒徑徐恙����������������������������������恣恥恐恕恭恩息悄悟悚悍悔悌悅悖扇拳挈拿捎挾振捕捂捆捏捉挺捐挽挪挫挨捍捌效敉料旁旅時晉晏晃晒晌晅晁書朔朕朗校核案框桓根桂桔栩梳栗桌桑栽柴桐桀格桃株桅栓栘桁殊殉殷氣氧氨氦氤泰浪涕消涇浦浸海浙涓�\".split(\"\");\nfor(j = 0; j != D[174].length; ++j) if(D[174][j].charCodeAt(0) !== 0xFFFD) { e[D[174][j]] = 44544 + j; d[44544 + j] = D[174][j];}\nD[175] = \"����������������������������������������������������������������浬涉浮浚浴浩涌涊浹涅浥涔烊烘烤烙烈烏爹特狼狹狽狸狷玆班琉珮珠珪珞畔畝畜畚留疾病症疲疳疽疼疹痂疸皋皰益盍盎眩真眠眨矩砰砧砸砝破砷����������������������������������砥砭砠砟砲祕祐祠祟祖神祝祗祚秤秣秧租秦秩秘窄窈站笆笑粉紡紗紋紊素索純紐紕級紜納紙紛缺罟羔翅翁耆耘耕耙耗耽耿胱脂胰脅胭胴脆胸胳脈能脊胼胯臭臬舀舐航舫舨般芻茫荒荔荊茸荐草茵茴荏茲茹茶茗荀茱茨荃�\".split(\"\");\nfor(j = 0; j != D[175].length; ++j) if(D[175][j].charCodeAt(0) !== 0xFFFD) { e[D[175][j]] = 44800 + j; d[44800 + j] = D[175][j];}\nD[176] = \"����������������������������������������������������������������虔蚊蚪蚓蚤蚩蚌蚣蚜衰衷袁袂衽衹記訐討訌訕訊託訓訖訏訑豈豺豹財貢起躬軒軔軏辱送逆迷退迺迴逃追逅迸邕郡郝郢酒配酌釘針釗釜釙閃院陣陡����������������������������������陛陝除陘陞隻飢馬骨高鬥鬲鬼乾偺偽停假偃偌做偉健偶偎偕偵側偷偏倏偯偭兜冕凰剪副勒務勘動匐匏匙匿區匾參曼商啪啦啄啞啡啃啊唱啖問啕唯啤唸售啜唬啣唳啁啗圈國圉域堅堊堆埠埤基堂堵執培夠奢娶婁婉婦婪婀�\".split(\"\");\nfor(j = 0; j != D[176].length; ++j) if(D[176][j].charCodeAt(0) !== 0xFFFD) { e[D[176][j]] = 45056 + j; d[45056 + j] = D[176][j];}\nD[177] = \"����������������������������������������������������������������娼婢婚婆婊孰寇寅寄寂宿密尉專將屠屜屝崇崆崎崛崖崢崑崩崔崙崤崧崗巢常帶帳帷康庸庶庵庾張強彗彬彩彫得徙從徘御徠徜恿患悉悠您惋悴惦悽����������������������������������情悻悵惜悼惘惕惆惟悸惚惇戚戛扈掠控捲掖探接捷捧掘措捱掩掉掃掛捫推掄授掙採掬排掏掀捻捩捨捺敝敖救教敗啟敏敘敕敔斜斛斬族旋旌旎晝晚晤晨晦晞曹勗望梁梯梢梓梵桿桶梱梧梗械梃棄梭梆梅梔條梨梟梡梂欲殺�\".split(\"\");\nfor(j = 0; j != D[177].length; ++j) if(D[177][j].charCodeAt(0) !== 0xFFFD) { e[D[177][j]] = 45312 + j; d[45312 + j] = D[177][j];}\nD[178] = \"����������������������������������������������������������������毫毬氫涎涼淳淙液淡淌淤添淺清淇淋涯淑涮淞淹涸混淵淅淒渚涵淚淫淘淪深淮淨淆淄涪淬涿淦烹焉焊烽烯爽牽犁猜猛猖猓猙率琅琊球理現琍瓠瓶����������������������������������瓷甜產略畦畢異疏痔痕疵痊痍皎盔盒盛眷眾眼眶眸眺硫硃硎祥票祭移窒窕笠笨笛第符笙笞笮粒粗粕絆絃統紮紹紼絀細紳組累終紲紱缽羞羚翌翎習耜聊聆脯脖脣脫脩脰脤舂舵舷舶船莎莞莘荸莢莖莽莫莒莊莓莉莠荷荻荼�\".split(\"\");\nfor(j = 0; j != D[178].length; ++j) if(D[178][j].charCodeAt(0) !== 0xFFFD) { e[D[178][j]] = 45568 + j; d[45568 + j] = D[178][j];}\nD[179] = \"����������������������������������������������������������������莆莧處彪蛇蛀蚶蛄蚵蛆蛋蚱蚯蛉術袞袈被袒袖袍袋覓規訪訝訣訥許設訟訛訢豉豚販責貫貨貪貧赧赦趾趺軛軟這逍通逗連速逝逐逕逞造透逢逖逛途����������������������������������部郭都酗野釵釦釣釧釭釩閉陪陵陳陸陰陴陶陷陬雀雪雩章竟頂頃魚鳥鹵鹿麥麻傢傍傅備傑傀傖傘傚最凱割剴創剩勞勝勛博厥啻喀喧啼喊喝喘喂喜喪喔喇喋喃喳單喟唾喲喚喻喬喱啾喉喫喙圍堯堪場堤堰報堡堝堠壹壺奠�\".split(\"\");\nfor(j = 0; j != D[179].length; ++j) if(D[179][j].charCodeAt(0) !== 0xFFFD) { e[D[179][j]] = 45824 + j; d[45824 + j] = D[179][j];}\nD[180] = \"����������������������������������������������������������������婷媚婿媒媛媧孳孱寒富寓寐尊尋就嵌嵐崴嵇巽幅帽幀幃幾廊廁廂廄弼彭復循徨惑惡悲悶惠愜愣惺愕惰惻惴慨惱愎惶愉愀愒戟扉掣掌描揀揩揉揆揍����������������������������������插揣提握揖揭揮捶援揪換摒揚揹敞敦敢散斑斐斯普晰晴晶景暑智晾晷曾替期朝棺棕棠棘棗椅棟棵森棧棹棒棲棣棋棍植椒椎棉棚楮棻款欺欽殘殖殼毯氮氯氬港游湔渡渲湧湊渠渥渣減湛湘渤湖湮渭渦湯渴湍渺測湃渝渾滋�\".split(\"\");\nfor(j = 0; j != D[180].length; ++j) if(D[180][j].charCodeAt(0) !== 0xFFFD) { e[D[180][j]] = 46080 + j; d[46080 + j] = D[180][j];}\nD[181] = \"����������������������������������������������������������������溉渙湎湣湄湲湩湟焙焚焦焰無然煮焜牌犄犀猶猥猴猩琺琪琳琢琥琵琶琴琯琛琦琨甥甦畫番痢痛痣痙痘痞痠登發皖皓皴盜睏短硝硬硯稍稈程稅稀窘����������������������������������窗窖童竣等策筆筐筒答筍筋筏筑粟粥絞結絨絕紫絮絲絡給絢絰絳善翔翕耋聒肅腕腔腋腑腎脹腆脾腌腓腴舒舜菩萃菸萍菠菅萋菁華菱菴著萊菰萌菌菽菲菊萸萎萄菜萇菔菟虛蛟蛙蛭蛔蛛蛤蛐蛞街裁裂袱覃視註詠評詞証詁�\".split(\"\");\nfor(j = 0; j != D[181].length; ++j) if(D[181][j].charCodeAt(0) !== 0xFFFD) { e[D[181][j]] = 46336 + j; d[46336 + j] = D[181][j];}\nD[182] = \"����������������������������������������������������������������詔詛詐詆訴診訶詖象貂貯貼貳貽賁費賀貴買貶貿貸越超趁跎距跋跚跑跌跛跆軻軸軼辜逮逵週逸進逶鄂郵鄉郾酣酥量鈔鈕鈣鈉鈞鈍鈐鈇鈑閔閏開閑����������������������������������間閒閎隊階隋陽隅隆隍陲隄雁雅雄集雇雯雲韌項順須飧飪飯飩飲飭馮馭黃黍黑亂傭債傲傳僅傾催傷傻傯僇剿剷剽募勦勤勢勣匯嗟嗨嗓嗦嗎嗜嗇嗑嗣嗤嗯嗚嗡嗅嗆嗥嗉園圓塞塑塘塗塚塔填塌塭塊塢塒塋奧嫁嫉嫌媾媽媼�\".split(\"\");\nfor(j = 0; j != D[182].length; ++j) if(D[182][j].charCodeAt(0) !== 0xFFFD) { e[D[182][j]] = 46592 + j; d[46592 + j] = D[182][j];}\nD[183] = \"����������������������������������������������������������������媳嫂媲嵩嵯幌幹廉廈弒彙徬微愚意慈感想愛惹愁愈慎慌慄慍愾愴愧愍愆愷戡戢搓搾搞搪搭搽搬搏搜搔損搶搖搗搆敬斟新暗暉暇暈暖暄暘暍會榔業����������������������������������楚楷楠楔極椰概楊楨楫楞楓楹榆楝楣楛歇歲毀殿毓毽溢溯滓溶滂源溝滇滅溥溘溼溺溫滑準溜滄滔溪溧溴煎煙煩煤煉照煜煬煦煌煥煞煆煨煖爺牒猷獅猿猾瑯瑚瑕瑟瑞瑁琿瑙瑛瑜當畸瘀痰瘁痲痱痺痿痴痳盞盟睛睫睦睞督�\".split(\"\");\nfor(j = 0; j != D[183].length; ++j) if(D[183][j].charCodeAt(0) !== 0xFFFD) { e[D[183][j]] = 46848 + j; d[46848 + j] = D[183][j];}\nD[184] = \"����������������������������������������������������������������睹睪睬睜睥睨睢矮碎碰碗碘碌碉硼碑碓硿祺祿禁萬禽稜稚稠稔稟稞窟窠筷節筠筮筧粱粳粵經絹綑綁綏絛置罩罪署義羨群聖聘肆肄腱腰腸腥腮腳腫����������������������������������腹腺腦舅艇蒂葷落萱葵葦葫葉葬葛萼萵葡董葩葭葆虞虜號蛹蜓蜈蜇蜀蛾蛻蜂蜃蜆蜊衙裟裔裙補裘裝裡裊裕裒覜解詫該詳試詩詰誇詼詣誠話誅詭詢詮詬詹詻訾詨豢貊貉賊資賈賄貲賃賂賅跡跟跨路跳跺跪跤跦躲較載軾輊�\".split(\"\");\nfor(j = 0; j != D[184].length; ++j) if(D[184][j].charCodeAt(0) !== 0xFFFD) { e[D[184][j]] = 47104 + j; d[47104 + j] = D[184][j];}\nD[185] = \"����������������������������������������������������������������辟農運遊道遂達逼違遐遇遏過遍遑逾遁鄒鄗酬酪酩釉鈷鉗鈸鈽鉀鈾鉛鉋鉤鉑鈴鉉鉍鉅鈹鈿鉚閘隘隔隕雍雋雉雊雷電雹零靖靴靶預頑頓頊頒頌飼飴����������������������������������飽飾馳馱馴髡鳩麂鼎鼓鼠僧僮僥僖僭僚僕像僑僱僎僩兢凳劃劂匱厭嗾嘀嘛嘗嗽嘔嘆嘉嘍嘎嗷嘖嘟嘈嘐嗶團圖塵塾境墓墊塹墅塽壽夥夢夤奪奩嫡嫦嫩嫗嫖嫘嫣孵寞寧寡寥實寨寢寤察對屢嶄嶇幛幣幕幗幔廓廖弊彆彰徹慇�\".split(\"\");\nfor(j = 0; j != D[185].length; ++j) if(D[185][j].charCodeAt(0) !== 0xFFFD) { e[D[185][j]] = 47360 + j; d[47360 + j] = D[185][j];}\nD[186] = \"����������������������������������������������������������������愿態慷慢慣慟慚慘慵截撇摘摔撤摸摟摺摑摧搴摭摻敲斡旗旖暢暨暝榜榨榕槁榮槓構榛榷榻榫榴槐槍榭槌榦槃榣歉歌氳漳演滾漓滴漩漾漠漬漏漂漢����������������������������������滿滯漆漱漸漲漣漕漫漯澈漪滬漁滲滌滷熔熙煽熊熄熒爾犒犖獄獐瑤瑣瑪瑰瑭甄疑瘧瘍瘋瘉瘓盡監瞄睽睿睡磁碟碧碳碩碣禎福禍種稱窪窩竭端管箕箋筵算箝箔箏箸箇箄粹粽精綻綰綜綽綾綠緊綴網綱綺綢綿綵綸維緒緇綬�\".split(\"\");\nfor(j = 0; j != D[186].length; ++j) if(D[186][j].charCodeAt(0) !== 0xFFFD) { e[D[186][j]] = 47616 + j; d[47616 + j] = D[186][j];}\nD[187] = \"����������������������������������������������������������������罰翠翡翟聞聚肇腐膀膏膈膊腿膂臧臺與舔舞艋蓉蒿蓆蓄蒙蒞蒲蒜蓋蒸蓀蓓蒐蒼蓑蓊蜿蜜蜻蜢蜥蜴蜘蝕蜷蜩裳褂裴裹裸製裨褚裯誦誌語誣認誡誓誤����������������������������������說誥誨誘誑誚誧豪貍貌賓賑賒赫趙趕跼輔輒輕輓辣遠遘遜遣遙遞遢遝遛鄙鄘鄞酵酸酷酴鉸銀銅銘銖鉻銓銜銨鉼銑閡閨閩閣閥閤隙障際雌雒需靼鞅韶頗領颯颱餃餅餌餉駁骯骰髦魁魂鳴鳶鳳麼鼻齊億儀僻僵價儂儈儉儅凜�\".split(\"\");\nfor(j = 0; j != D[187].length; ++j) if(D[187][j].charCodeAt(0) !== 0xFFFD) { e[D[187][j]] = 47872 + j; d[47872 + j] = D[187][j];}\nD[188] = \"����������������������������������������������������������������劇劈劉劍劊勰厲嘮嘻嘹嘲嘿嘴嘩噓噎噗噴嘶嘯嘰墀墟增墳墜墮墩墦奭嬉嫻嬋嫵嬌嬈寮寬審寫層履嶝嶔幢幟幡廢廚廟廝廣廠彈影德徵慶慧慮慝慕憂����������������������������������慼慰慫慾憧憐憫憎憬憚憤憔憮戮摩摯摹撞撲撈撐撰撥撓撕撩撒撮播撫撚撬撙撢撳敵敷數暮暫暴暱樣樟槨樁樞標槽模樓樊槳樂樅槭樑歐歎殤毅毆漿潼澄潑潦潔澆潭潛潸潮澎潺潰潤澗潘滕潯潠潟熟熬熱熨牖犛獎獗瑩璋璃�\".split(\"\");\nfor(j = 0; j != D[188].length; ++j) if(D[188][j].charCodeAt(0) !== 0xFFFD) { e[D[188][j]] = 48128 + j; d[48128 + j] = D[188][j];}\nD[189] = \"����������������������������������������������������������������瑾璀畿瘠瘩瘟瘤瘦瘡瘢皚皺盤瞎瞇瞌瞑瞋磋磅確磊碾磕碼磐稿稼穀稽稷稻窯窮箭箱範箴篆篇篁箠篌糊締練緯緻緘緬緝編緣線緞緩綞緙緲緹罵罷羯����������������������������������翩耦膛膜膝膠膚膘蔗蔽蔚蓮蔬蔭蔓蔑蔣蔡蔔蓬蔥蓿蔆螂蝴蝶蝠蝦蝸蝨蝙蝗蝌蝓衛衝褐複褒褓褕褊誼諒談諄誕請諸課諉諂調誰論諍誶誹諛豌豎豬賠賞賦賤賬賭賢賣賜質賡赭趟趣踫踐踝踢踏踩踟踡踞躺輝輛輟輩輦輪輜輞�\".split(\"\");\nfor(j = 0; j != D[189].length; ++j) if(D[189][j].charCodeAt(0) !== 0xFFFD) { e[D[189][j]] = 48384 + j; d[48384 + j] = D[189][j];}\nD[190] = \"����������������������������������������������������������������輥適遮遨遭遷鄰鄭鄧鄱醇醉醋醃鋅銻銷鋪銬鋤鋁銳銼鋒鋇鋰銲閭閱霄霆震霉靠鞍鞋鞏頡頫頜颳養餓餒餘駝駐駟駛駑駕駒駙骷髮髯鬧魅魄魷魯鴆鴉����������������������������������鴃麩麾黎墨齒儒儘儔儐儕冀冪凝劑劓勳噙噫噹噩噤噸噪器噥噱噯噬噢噶壁墾壇壅奮嬝嬴學寰導彊憲憑憩憊懍憶憾懊懈戰擅擁擋撻撼據擄擇擂操撿擒擔撾整曆曉暹曄曇暸樽樸樺橙橫橘樹橄橢橡橋橇樵機橈歙歷氅濂澱澡�\".split(\"\");\nfor(j = 0; j != D[190].length; ++j) if(D[190][j].charCodeAt(0) !== 0xFFFD) { e[D[190][j]] = 48640 + j; d[48640 + j] = D[190][j];}\nD[191] = \"����������������������������������������������������������������濃澤濁澧澳激澹澶澦澠澴熾燉燐燒燈燕熹燎燙燜燃燄獨璜璣璘璟璞瓢甌甍瘴瘸瘺盧盥瞠瞞瞟瞥磨磚磬磧禦積穎穆穌穋窺篙簑築篤篛篡篩篦糕糖縊����������������������������������縑縈縛縣縞縝縉縐罹羲翰翱翮耨膳膩膨臻興艘艙蕊蕙蕈蕨蕩蕃蕉蕭蕪蕞螃螟螞螢融衡褪褲褥褫褡親覦諦諺諫諱謀諜諧諮諾謁謂諷諭諳諶諼豫豭貓賴蹄踱踴蹂踹踵輻輯輸輳辨辦遵遴選遲遼遺鄴醒錠錶鋸錳錯錢鋼錫錄錚�\".split(\"\");\nfor(j = 0; j != D[191].length; ++j) if(D[191][j].charCodeAt(0) !== 0xFFFD) { e[D[191][j]] = 48896 + j; d[48896 + j] = D[191][j];}\nD[192] = \"����������������������������������������������������������������錐錦錡錕錮錙閻隧隨險雕霎霑霖霍霓霏靛靜靦鞘頰頸頻頷頭頹頤餐館餞餛餡餚駭駢駱骸骼髻髭鬨鮑鴕鴣鴦鴨鴒鴛默黔龍龜優償儡儲勵嚎嚀嚐嚅嚇����������������������������������嚏壕壓壑壎嬰嬪嬤孺尷屨嶼嶺嶽嶸幫彌徽應懂懇懦懋戲戴擎擊擘擠擰擦擬擱擢擭斂斃曙曖檀檔檄檢檜櫛檣橾檗檐檠歜殮毚氈濘濱濟濠濛濤濫濯澀濬濡濩濕濮濰燧營燮燦燥燭燬燴燠爵牆獰獲璩環璦璨癆療癌盪瞳瞪瞰瞬�\".split(\"\");\nfor(j = 0; j != D[192].length; ++j) if(D[192][j].charCodeAt(0) !== 0xFFFD) { e[D[192][j]] = 49152 + j; d[49152 + j] = D[192][j];}\nD[193] = \"����������������������������������������������������������������瞧瞭矯磷磺磴磯礁禧禪穗窿簇簍篾篷簌篠糠糜糞糢糟糙糝縮績繆縷縲繃縫總縱繅繁縴縹繈縵縿縯罄翳翼聱聲聰聯聳臆臃膺臂臀膿膽臉膾臨舉艱薪����������������������������������薄蕾薜薑薔薯薛薇薨薊虧蟀蟑螳蟒蟆螫螻螺蟈蟋褻褶襄褸褽覬謎謗謙講謊謠謝謄謐豁谿豳賺賽購賸賻趨蹉蹋蹈蹊轄輾轂轅輿避遽還邁邂邀鄹醣醞醜鍍鎂錨鍵鍊鍥鍋錘鍾鍬鍛鍰鍚鍔闊闋闌闈闆隱隸雖霜霞鞠韓顆颶餵騁�\".split(\"\");\nfor(j = 0; j != D[193].length; ++j) if(D[193][j].charCodeAt(0) !== 0xFFFD) { e[D[193][j]] = 49408 + j; d[49408 + j] = D[193][j];}\nD[194] = \"����������������������������������������������������������������駿鮮鮫鮪鮭鴻鴿麋黏點黜黝黛鼾齋叢嚕嚮壙壘嬸彝懣戳擴擲擾攆擺擻擷斷曜朦檳檬櫃檻檸櫂檮檯歟歸殯瀉瀋濾瀆濺瀑瀏燻燼燾燸獷獵璧璿甕癖癘����������������������������������癒瞽瞿瞻瞼礎禮穡穢穠竄竅簫簧簪簞簣簡糧織繕繞繚繡繒繙罈翹翻職聶臍臏舊藏薩藍藐藉薰薺薹薦蟯蟬蟲蟠覆覲觴謨謹謬謫豐贅蹙蹣蹦蹤蹟蹕軀轉轍邇邃邈醫醬釐鎔鎊鎖鎢鎳鎮鎬鎰鎘鎚鎗闔闖闐闕離雜雙雛雞霤鞣鞦�\".split(\"\");\nfor(j = 0; j != D[194].length; ++j) if(D[194][j].charCodeAt(0) !== 0xFFFD) { e[D[194][j]] = 49664 + j; d[49664 + j] = D[194][j];}\nD[195] = \"����������������������������������������������������������������鞭韹額顏題顎顓颺餾餿餽餮馥騎髁鬃鬆魏魎魍鯊鯉鯽鯈鯀鵑鵝鵠黠鼕鼬儳嚥壞壟壢寵龐廬懲懷懶懵攀攏曠曝櫥櫝櫚櫓瀛瀟瀨瀚瀝瀕瀘爆爍牘犢獸����������������������������������獺璽瓊瓣疇疆癟癡矇礙禱穫穩簾簿簸簽簷籀繫繭繹繩繪羅繳羶羹羸臘藩藝藪藕藤藥藷蟻蠅蠍蟹蟾襠襟襖襞譁譜識證譚譎譏譆譙贈贊蹼蹲躇蹶蹬蹺蹴轔轎辭邊邋醱醮鏡鏑鏟鏃鏈鏜鏝鏖鏢鏍鏘鏤鏗鏨關隴難霪霧靡韜韻類�\".split(\"\");\nfor(j = 0; j != D[195].length; ++j) if(D[195][j].charCodeAt(0) !== 0xFFFD) { e[D[195][j]] = 49920 + j; d[49920 + j] = D[195][j];}\nD[196] = \"����������������������������������������������������������������願顛颼饅饉騖騙鬍鯨鯧鯖鯛鶉鵡鵲鵪鵬麒麗麓麴勸嚨嚷嚶嚴嚼壤孀孃孽寶巉懸懺攘攔攙曦朧櫬瀾瀰瀲爐獻瓏癢癥礦礪礬礫竇競籌籃籍糯糰辮繽繼����������������������������������纂罌耀臚艦藻藹蘑藺蘆蘋蘇蘊蠔蠕襤覺觸議譬警譯譟譫贏贍躉躁躅躂醴釋鐘鐃鏽闡霰飄饒饑馨騫騰騷騵鰓鰍鹹麵黨鼯齟齣齡儷儸囁囀囂夔屬巍懼懾攝攜斕曩櫻欄櫺殲灌爛犧瓖瓔癩矓籐纏續羼蘗蘭蘚蠣蠢蠡蠟襪襬覽譴�\".split(\"\");\nfor(j = 0; j != D[196].length; ++j) if(D[196][j].charCodeAt(0) !== 0xFFFD) { e[D[196][j]] = 50176 + j; d[50176 + j] = D[196][j];}\nD[197] = \"����������������������������������������������������������������護譽贓躊躍躋轟辯醺鐮鐳鐵鐺鐸鐲鐫闢霸霹露響顧顥饗驅驃驀騾髏魔魑鰭鰥鶯鶴鷂鶸麝黯鼙齜齦齧儼儻囈囊囉孿巔巒彎懿攤權歡灑灘玀瓤疊癮癬����������������������������������禳籠籟聾聽臟襲襯觼讀贖贗躑躓轡酈鑄鑑鑒霽霾韃韁顫饕驕驍髒鬚鱉鰱鰾鰻鷓鷗鼴齬齪龔囌巖戀攣攫攪曬欐瓚竊籤籣籥纓纖纔臢蘸蘿蠱變邐邏鑣鑠鑤靨顯饜驚驛驗髓體髑鱔鱗鱖鷥麟黴囑壩攬灞癱癲矗罐羈蠶蠹衢讓讒�\".split(\"\");\nfor(j = 0; j != D[197].length; ++j) if(D[197][j].charCodeAt(0) !== 0xFFFD) { e[D[197][j]] = 50432 + j; d[50432 + j] = D[197][j];}\nD[198] = \"����������������������������������������������������������������讖艷贛釀鑪靂靈靄韆顰驟鬢魘鱟鷹鷺鹼鹽鼇齷齲廳欖灣籬籮蠻觀躡釁鑲鑰顱饞髖鬣黌灤矚讚鑷韉驢驥纜讜躪釅鑽鑾鑼鱷鱸黷豔鑿鸚爨驪鬱鸛鸞籲���������������������������������������������������������������������������������������������������������������������������������\".split(\"\");\nfor(j = 0; j != D[198].length; ++j) if(D[198][j].charCodeAt(0) !== 0xFFFD) { e[D[198][j]] = 50688 + j; d[50688 + j] = D[198][j];}\nD[201] = \"����������������������������������������������������������������乂乜凵匚厂万丌乇亍囗兀屮彳丏冇与丮亓仂仉仈冘勼卬厹圠夃夬尐巿旡殳毌气爿丱丼仨仜仩仡仝仚刌匜卌圢圣夗夯宁宄尒尻屴屳帄庀庂忉戉扐氕����������������������������������氶汃氿氻犮犰玊禸肊阞伎优伬仵伔仱伀价伈伝伂伅伢伓伄仴伒冱刓刉刐劦匢匟卍厊吇囡囟圮圪圴夼妀奼妅奻奾奷奿孖尕尥屼屺屻屾巟幵庄异弚彴忕忔忏扜扞扤扡扦扢扙扠扚扥旯旮朾朹朸朻机朿朼朳氘汆汒汜汏汊汔汋�\".split(\"\");\nfor(j = 0; j != D[201].length; ++j) if(D[201][j].charCodeAt(0) !== 0xFFFD) { e[D[201][j]] = 51456 + j; d[51456 + j] = D[201][j];}\nD[202] = \"����������������������������������������������������������������汌灱牞犴犵玎甪癿穵网艸艼芀艽艿虍襾邙邗邘邛邔阢阤阠阣佖伻佢佉体佤伾佧佒佟佁佘伭伳伿佡冏冹刜刞刡劭劮匉卣卲厎厏吰吷吪呔呅吙吜吥吘����������������������������������吽呏呁吨吤呇囮囧囥坁坅坌坉坋坒夆奀妦妘妠妗妎妢妐妏妧妡宎宒尨尪岍岏岈岋岉岒岊岆岓岕巠帊帎庋庉庌庈庍弅弝彸彶忒忑忐忭忨忮忳忡忤忣忺忯忷忻怀忴戺抃抌抎抏抔抇扱扻扺扰抁抈扷扽扲扴攷旰旴旳旲旵杅杇�\".split(\"\");\nfor(j = 0; j != D[202].length; ++j) if(D[202][j].charCodeAt(0) !== 0xFFFD) { e[D[202][j]] = 51712 + j; d[51712 + j] = D[202][j];}\nD[203] = \"����������������������������������������������������������������杙杕杌杈杝杍杚杋毐氙氚汸汧汫沄沋沏汱汯汩沚汭沇沕沜汦汳汥汻沎灴灺牣犿犽狃狆狁犺狅玕玗玓玔玒町甹疔疕皁礽耴肕肙肐肒肜芐芏芅芎芑芓����������������������������������芊芃芄豸迉辿邟邡邥邞邧邠阰阨阯阭丳侘佼侅佽侀侇佶佴侉侄佷佌侗佪侚佹侁佸侐侜侔侞侒侂侕佫佮冞冼冾刵刲刳剆刱劼匊匋匼厒厔咇呿咁咑咂咈呫呺呾呥呬呴呦咍呯呡呠咘呣呧呤囷囹坯坲坭坫坱坰坶垀坵坻坳坴坢�\".split(\"\");\nfor(j = 0; j != D[203].length; ++j) if(D[203][j].charCodeAt(0) !== 0xFFFD) { e[D[203][j]] = 51968 + j; d[51968 + j] = D[203][j];}\nD[204] = \"����������������������������������������������������������������坨坽夌奅妵妺姏姎妲姌姁妶妼姃姖妱妽姀姈妴姇孢孥宓宕屄屇岮岤岠岵岯岨岬岟岣岭岢岪岧岝岥岶岰岦帗帔帙弨弢弣弤彔徂彾彽忞忥怭怦怙怲怋����������������������������������怴怊怗怳怚怞怬怢怍怐怮怓怑怌怉怜戔戽抭抴拑抾抪抶拊抮抳抯抻抩抰抸攽斨斻昉旼昄昒昈旻昃昋昍昅旽昑昐曶朊枅杬枎枒杶杻枘枆构杴枍枌杺枟枑枙枃杽极杸杹枔欥殀歾毞氝沓泬泫泮泙沶泔沭泧沷泐泂沺泃泆泭泲�\".split(\"\");\nfor(j = 0; j != D[204].length; ++j) if(D[204][j].charCodeAt(0) !== 0xFFFD) { e[D[204][j]] = 52224 + j; d[52224 + j] = D[204][j];}\nD[205] = \"����������������������������������������������������������������泒泝沴沊沝沀泞泀洰泍泇沰泹泏泩泑炔炘炅炓炆炄炑炖炂炚炃牪狖狋狘狉狜狒狔狚狌狑玤玡玭玦玢玠玬玝瓝瓨甿畀甾疌疘皯盳盱盰盵矸矼矹矻矺����������������������������������矷祂礿秅穸穻竻籵糽耵肏肮肣肸肵肭舠芠苀芫芚芘芛芵芧芮芼芞芺芴芨芡芩苂芤苃芶芢虰虯虭虮豖迒迋迓迍迖迕迗邲邴邯邳邰阹阽阼阺陃俍俅俓侲俉俋俁俔俜俙侻侳俛俇俖侺俀侹俬剄剉勀勂匽卼厗厖厙厘咺咡咭咥哏�\".split(\"\");\nfor(j = 0; j != D[205].length; ++j) if(D[205][j].charCodeAt(0) !== 0xFFFD) { e[D[205][j]] = 52480 + j; d[52480 + j] = D[205][j];}\nD[206] = \"����������������������������������������������������������������哃茍咷咮哖咶哅哆咠呰咼咢咾呲哞咰垵垞垟垤垌垗垝垛垔垘垏垙垥垚垕壴复奓姡姞姮娀姱姝姺姽姼姶姤姲姷姛姩姳姵姠姾姴姭宨屌峐峘峌峗峋峛����������������������������������峞峚峉峇峊峖峓峔峏峈峆峎峟峸巹帡帢帣帠帤庰庤庢庛庣庥弇弮彖徆怷怹恔恲恞恅恓恇恉恛恌恀恂恟怤恄恘恦恮扂扃拏挍挋拵挎挃拫拹挏挌拸拶挀挓挔拺挕拻拰敁敃斪斿昶昡昲昵昜昦昢昳昫昺昝昴昹昮朏朐柁柲柈枺�\".split(\"\");\nfor(j = 0; j != D[206].length; ++j) if(D[206][j].charCodeAt(0) !== 0xFFFD) { e[D[206][j]] = 52736 + j; d[52736 + j] = D[206][j];}\nD[207] = \"����������������������������������������������������������������柜枻柸柘柀枷柅柫柤柟枵柍枳柷柶柮柣柂枹柎柧柰枲柼柆柭柌枮柦柛柺柉柊柃柪柋欨殂殄殶毖毘毠氠氡洨洴洭洟洼洿洒洊泚洳洄洙洺洚洑洀洝浂����������������������������������洁洘洷洃洏浀洇洠洬洈洢洉洐炷炟炾炱炰炡炴炵炩牁牉牊牬牰牳牮狊狤狨狫狟狪狦狣玅珌珂珈珅玹玶玵玴珫玿珇玾珃珆玸珋瓬瓮甮畇畈疧疪癹盄眈眃眄眅眊盷盻盺矧矨砆砑砒砅砐砏砎砉砃砓祊祌祋祅祄秕种秏秖秎窀�\".split(\"\");\nfor(j = 0; j != D[207].length; ++j) if(D[207][j].charCodeAt(0) !== 0xFFFD) { e[D[207][j]] = 52992 + j; d[52992 + j] = D[207][j];}\nD[208] = \"����������������������������������������������������������������穾竑笀笁籺籸籹籿粀粁紃紈紁罘羑羍羾耇耎耏耔耷胘胇胠胑胈胂胐胅胣胙胜胊胕胉胏胗胦胍臿舡芔苙苾苹茇苨茀苕茺苫苖苴苬苡苲苵茌苻苶苰苪����������������������������������苤苠苺苳苭虷虴虼虳衁衎衧衪衩觓訄訇赲迣迡迮迠郱邽邿郕郅邾郇郋郈釔釓陔陏陑陓陊陎倞倅倇倓倢倰倛俵俴倳倷倬俶俷倗倜倠倧倵倯倱倎党冔冓凊凄凅凈凎剡剚剒剞剟剕剢勍匎厞唦哢唗唒哧哳哤唚哿唄唈哫唑唅哱�\".split(\"\");\nfor(j = 0; j != D[208].length; ++j) if(D[208][j].charCodeAt(0) !== 0xFFFD) { e[D[208][j]] = 53248 + j; d[53248 + j] = D[208][j];}\nD[209] = \"����������������������������������������������������������������唊哻哷哸哠唎唃唋圁圂埌堲埕埒垺埆垽垼垸垶垿埇埐垹埁夎奊娙娖娭娮娕娏娗娊娞娳孬宧宭宬尃屖屔峬峿峮峱峷崀峹帩帨庨庮庪庬弳弰彧恝恚恧����������������������������������恁悢悈悀悒悁悝悃悕悛悗悇悜悎戙扆拲挐捖挬捄捅挶捃揤挹捋捊挼挩捁挴捘捔捙挭捇挳捚捑挸捗捀捈敊敆旆旃旄旂晊晟晇晑朒朓栟栚桉栲栳栻桋桏栖栱栜栵栫栭栯桎桄栴栝栒栔栦栨栮桍栺栥栠欬欯欭欱欴歭肂殈毦毤�\".split(\"\");\nfor(j = 0; j != D[209].length; ++j) if(D[209][j].charCodeAt(0) !== 0xFFFD) { e[D[209][j]] = 53504 + j; d[53504 + j] = D[209][j];}\nD[210] = \"����������������������������������������������������������������毨毣毢毧氥浺浣浤浶洍浡涒浘浢浭浯涑涍淯浿涆浞浧浠涗浰浼浟涂涘洯浨涋浾涀涄洖涃浻浽浵涐烜烓烑烝烋缹烢烗烒烞烠烔烍烅烆烇烚烎烡牂牸����������������������������������牷牶猀狺狴狾狶狳狻猁珓珙珥珖玼珧珣珩珜珒珛珔珝珚珗珘珨瓞瓟瓴瓵甡畛畟疰痁疻痄痀疿疶疺皊盉眝眛眐眓眒眣眑眕眙眚眢眧砣砬砢砵砯砨砮砫砡砩砳砪砱祔祛祏祜祓祒祑秫秬秠秮秭秪秜秞秝窆窉窅窋窌窊窇竘笐�\".split(\"\");\nfor(j = 0; j != D[210].length; ++j) if(D[210][j].charCodeAt(0) !== 0xFFFD) { e[D[210][j]] = 53760 + j; d[53760 + j] = D[210][j];}\nD[211] = \"����������������������������������������������������������������笄笓笅笏笈笊笎笉笒粄粑粊粌粈粍粅紞紝紑紎紘紖紓紟紒紏紌罜罡罞罠罝罛羖羒翃翂翀耖耾耹胺胲胹胵脁胻脀舁舯舥茳茭荄茙荑茥荖茿荁茦茜茢����������������������������������荂荎茛茪茈茼荍茖茤茠茷茯茩荇荅荌荓茞茬荋茧荈虓虒蚢蚨蚖蚍蚑蚞蚇蚗蚆蚋蚚蚅蚥蚙蚡蚧蚕蚘蚎蚝蚐蚔衃衄衭衵衶衲袀衱衿衯袃衾衴衼訒豇豗豻貤貣赶赸趵趷趶軑軓迾迵适迿迻逄迼迶郖郠郙郚郣郟郥郘郛郗郜郤酐�\".split(\"\");\nfor(j = 0; j != D[211].length; ++j) if(D[211][j].charCodeAt(0) !== 0xFFFD) { e[D[211][j]] = 54016 + j; d[54016 + j] = D[211][j];}\nD[212] = \"����������������������������������������������������������������酎酏釕釢釚陜陟隼飣髟鬯乿偰偪偡偞偠偓偋偝偲偈偍偁偛偊偢倕偅偟偩偫偣偤偆偀偮偳偗偑凐剫剭剬剮勖勓匭厜啵啶唼啍啐唴唪啑啢唶唵唰啒啅����������������������������������唌唲啥啎唹啈唭唻啀啋圊圇埻堔埢埶埜埴堀埭埽堈埸堋埳埏堇埮埣埲埥埬埡堎埼堐埧堁堌埱埩埰堍堄奜婠婘婕婧婞娸娵婭婐婟婥婬婓婤婗婃婝婒婄婛婈媎娾婍娹婌婰婩婇婑婖婂婜孲孮寁寀屙崞崋崝崚崠崌崨崍崦崥崏�\".split(\"\");\nfor(j = 0; j != D[212].length; ++j) if(D[212][j].charCodeAt(0) !== 0xFFFD) { e[D[212][j]] = 54272 + j; d[54272 + j] = D[212][j];}\nD[213] = \"����������������������������������������������������������������崰崒崣崟崮帾帴庱庴庹庲庳弶弸徛徖徟悊悐悆悾悰悺惓惔惏惤惙惝惈悱惛悷惊悿惃惍惀挲捥掊掂捽掽掞掭掝掗掫掎捯掇掐据掯捵掜捭掮捼掤挻掟����������������������������������捸掅掁掑掍捰敓旍晥晡晛晙晜晢朘桹梇梐梜桭桮梮梫楖桯梣梬梩桵桴梲梏桷梒桼桫桲梪梀桱桾梛梖梋梠梉梤桸桻梑梌梊桽欶欳欷欸殑殏殍殎殌氪淀涫涴涳湴涬淩淢涷淶淔渀淈淠淟淖涾淥淜淝淛淴淊涽淭淰涺淕淂淏淉�\".split(\"\");\nfor(j = 0; j != D[213].length; ++j) if(D[213][j].charCodeAt(0) !== 0xFFFD) { e[D[213][j]] = 54528 + j; d[54528 + j] = D[213][j];}\nD[214] = \"����������������������������������������������������������������淐淲淓淽淗淍淣涻烺焍烷焗烴焌烰焄烳焐烼烿焆焓焀烸烶焋焂焎牾牻牼牿猝猗猇猑猘猊猈狿猏猞玈珶珸珵琄琁珽琇琀珺珼珿琌琋珴琈畤畣痎痒痏����������������������������������痋痌痑痐皏皉盓眹眯眭眱眲眴眳眽眥眻眵硈硒硉硍硊硌砦硅硐祤祧祩祪祣祫祡离秺秸秶秷窏窔窐笵筇笴笥笰笢笤笳笘笪笝笱笫笭笯笲笸笚笣粔粘粖粣紵紽紸紶紺絅紬紩絁絇紾紿絊紻紨罣羕羜羝羛翊翋翍翐翑翇翏翉耟�\".split(\"\");\nfor(j = 0; j != D[214].length; ++j) if(D[214][j].charCodeAt(0) !== 0xFFFD) { e[D[214][j]] = 54784 + j; d[54784 + j] = D[214][j];}\nD[215] = \"����������������������������������������������������������������耞耛聇聃聈脘脥脙脛脭脟脬脞脡脕脧脝脢舑舸舳舺舴舲艴莐莣莨莍荺荳莤荴莏莁莕莙荵莔莩荽莃莌莝莛莪莋荾莥莯莈莗莰荿莦莇莮荶莚虙虖蚿蚷����������������������������������蛂蛁蛅蚺蚰蛈蚹蚳蚸蛌蚴蚻蚼蛃蚽蚾衒袉袕袨袢袪袚袑袡袟袘袧袙袛袗袤袬袌袓袎覂觖觙觕訰訧訬訞谹谻豜豝豽貥赽赻赹趼跂趹趿跁軘軞軝軜軗軠軡逤逋逑逜逌逡郯郪郰郴郲郳郔郫郬郩酖酘酚酓酕釬釴釱釳釸釤釹釪�\".split(\"\");\nfor(j = 0; j != D[215].length; ++j) if(D[215][j].charCodeAt(0) !== 0xFFFD) { e[D[215][j]] = 55040 + j; d[55040 + j] = D[215][j];}\nD[216] = \"����������������������������������������������������������������釫釷釨釮镺閆閈陼陭陫陱陯隿靪頄飥馗傛傕傔傞傋傣傃傌傎傝偨傜傒傂傇兟凔匒匑厤厧喑喨喥喭啷噅喢喓喈喏喵喁喣喒喤啽喌喦啿喕喡喎圌堩堷����������������������������������堙堞堧堣堨埵塈堥堜堛堳堿堶堮堹堸堭堬堻奡媯媔媟婺媢媞婸媦婼媥媬媕媮娷媄媊媗媃媋媩婻婽媌媜媏媓媝寪寍寋寔寑寊寎尌尰崷嵃嵫嵁嵋崿崵嵑嵎嵕崳崺嵒崽崱嵙嵂崹嵉崸崼崲崶嵀嵅幄幁彘徦徥徫惉悹惌惢惎惄愔�\".split(\"\");\nfor(j = 0; j != D[216].length; ++j) if(D[216][j].charCodeAt(0) !== 0xFFFD) { e[D[216][j]] = 55296 + j; d[55296 + j] = D[216][j];}\nD[217] = \"����������������������������������������������������������������惲愊愖愅惵愓惸惼惾惁愃愘愝愐惿愄愋扊掔掱掰揎揥揨揯揃撝揳揊揠揶揕揲揵摡揟掾揝揜揄揘揓揂揇揌揋揈揰揗揙攲敧敪敤敜敨敥斌斝斞斮旐旒����������������������������������晼晬晻暀晱晹晪晲朁椌棓椄棜椪棬棪棱椏棖棷棫棤棶椓椐棳棡椇棌椈楰梴椑棯棆椔棸棐棽棼棨椋椊椗棎棈棝棞棦棴棑椆棔棩椕椥棇欹欻欿欼殔殗殙殕殽毰毲毳氰淼湆湇渟湉溈渼渽湅湢渫渿湁湝湳渜渳湋湀湑渻渃渮湞�\".split(\"\");\nfor(j = 0; j != D[217].length; ++j) if(D[217][j].charCodeAt(0) !== 0xFFFD) { e[D[217][j]] = 55552 + j; d[55552 + j] = D[217][j];}\nD[218] = \"����������������������������������������������������������������湨湜湡渱渨湠湱湫渹渢渰湓湥渧湸湤湷湕湹湒湦渵渶湚焠焞焯烻焮焱焣焥焢焲焟焨焺焛牋牚犈犉犆犅犋猒猋猰猢猱猳猧猲猭猦猣猵猌琮琬琰琫琖����������������������������������琚琡琭琱琤琣琝琩琠琲瓻甯畯畬痧痚痡痦痝痟痤痗皕皒盚睆睇睄睍睅睊睎睋睌矞矬硠硤硥硜硭硱硪确硰硩硨硞硢祴祳祲祰稂稊稃稌稄窙竦竤筊笻筄筈筌筎筀筘筅粢粞粨粡絘絯絣絓絖絧絪絏絭絜絫絒絔絩絑絟絎缾缿罥�\".split(\"\");\nfor(j = 0; j != D[218].length; ++j) if(D[218][j].charCodeAt(0) !== 0xFFFD) { e[D[218][j]] = 55808 + j; d[55808 + j] = D[218][j];}\nD[219] = \"����������������������������������������������������������������罦羢羠羡翗聑聏聐胾胔腃腊腒腏腇脽腍脺臦臮臷臸臹舄舼舽舿艵茻菏菹萣菀菨萒菧菤菼菶萐菆菈菫菣莿萁菝菥菘菿菡菋菎菖菵菉萉萏菞萑萆菂菳����������������������������������菕菺菇菑菪萓菃菬菮菄菻菗菢萛菛菾蛘蛢蛦蛓蛣蛚蛪蛝蛫蛜蛬蛩蛗蛨蛑衈衖衕袺裗袹袸裀袾袶袼袷袽袲褁裉覕覘覗觝觚觛詎詍訹詙詀詗詘詄詅詒詈詑詊詌詏豟貁貀貺貾貰貹貵趄趀趉跘跓跍跇跖跜跏跕跙跈跗跅軯軷軺�\".split(\"\");\nfor(j = 0; j != D[219].length; ++j) if(D[219][j].charCodeAt(0) !== 0xFFFD) { e[D[219][j]] = 56064 + j; d[56064 + j] = D[219][j];}\nD[220] = \"����������������������������������������������������������������軹軦軮軥軵軧軨軶軫軱軬軴軩逭逴逯鄆鄬鄄郿郼鄈郹郻鄁鄀鄇鄅鄃酡酤酟酢酠鈁鈊鈥鈃鈚鈦鈏鈌鈀鈒釿釽鈆鈄鈧鈂鈜鈤鈙鈗鈅鈖镻閍閌閐隇陾隈����������������������������������隉隃隀雂雈雃雱雰靬靰靮頇颩飫鳦黹亃亄亶傽傿僆傮僄僊傴僈僂傰僁傺傱僋僉傶傸凗剺剸剻剼嗃嗛嗌嗐嗋嗊嗝嗀嗔嗄嗩喿嗒喍嗏嗕嗢嗖嗈嗲嗍嗙嗂圔塓塨塤塏塍塉塯塕塎塝塙塥塛堽塣塱壼嫇嫄嫋媺媸媱媵媰媿嫈媻嫆�\".split(\"\");\nfor(j = 0; j != D[220].length; ++j) if(D[220][j].charCodeAt(0) !== 0xFFFD) { e[D[220][j]] = 56320 + j; d[56320 + j] = D[220][j];}\nD[221] = \"����������������������������������������������������������������媷嫀嫊媴媶嫍媹媐寖寘寙尟尳嵱嵣嵊嵥嵲嵬嵞嵨嵧嵢巰幏幎幊幍幋廅廌廆廋廇彀徯徭惷慉慊愫慅愶愲愮慆愯慏愩慀戠酨戣戥戤揅揱揫搐搒搉搠搤����������������������������������搳摃搟搕搘搹搷搢搣搌搦搰搨摁搵搯搊搚摀搥搧搋揧搛搮搡搎敯斒旓暆暌暕暐暋暊暙暔晸朠楦楟椸楎楢楱椿楅楪椹楂楗楙楺楈楉椵楬椳椽楥棰楸椴楩楀楯楄楶楘楁楴楌椻楋椷楜楏楑椲楒椯楻椼歆歅歃歂歈歁殛嗀毻毼�\".split(\"\");\nfor(j = 0; j != D[221].length; ++j) if(D[221][j].charCodeAt(0) !== 0xFFFD) { e[D[221][j]] = 56576 + j; d[56576 + j] = D[221][j];}\nD[222] = \"����������������������������������������������������������������毹毷毸溛滖滈溏滀溟溓溔溠溱溹滆滒溽滁溞滉溷溰滍溦滏溲溾滃滜滘溙溒溎溍溤溡溿溳滐滊溗溮溣煇煔煒煣煠煁煝煢煲煸煪煡煂煘煃煋煰煟煐煓����������������������������������煄煍煚牏犍犌犑犐犎猼獂猻猺獀獊獉瑄瑊瑋瑒瑑瑗瑀瑏瑐瑎瑂瑆瑍瑔瓡瓿瓾瓽甝畹畷榃痯瘏瘃痷痾痼痹痸瘐痻痶痭痵痽皙皵盝睕睟睠睒睖睚睩睧睔睙睭矠碇碚碔碏碄碕碅碆碡碃硹碙碀碖硻祼禂祽祹稑稘稙稒稗稕稢稓�\".split(\"\");\nfor(j = 0; j != D[222].length; ++j) if(D[222][j].charCodeAt(0) !== 0xFFFD) { e[D[222][j]] = 56832 + j; d[56832 + j] = D[222][j];}\nD[223] = \"����������������������������������������������������������������稛稐窣窢窞竫筦筤筭筴筩筲筥筳筱筰筡筸筶筣粲粴粯綈綆綀綍絿綅絺綎絻綃絼綌綔綄絽綒罭罫罧罨罬羦羥羧翛翜耡腤腠腷腜腩腛腢腲朡腞腶腧腯����������������������������������腄腡舝艉艄艀艂艅蓱萿葖葶葹蒏蒍葥葑葀蒆葧萰葍葽葚葙葴葳葝蔇葞萷萺萴葺葃葸萲葅萩菙葋萯葂萭葟葰萹葎葌葒葯蓅蒎萻葇萶萳葨葾葄萫葠葔葮葐蜋蜄蛷蜌蛺蛖蛵蝍蛸蜎蜉蜁蛶蜍蜅裖裋裍裎裞裛裚裌裐覅覛觟觥觤�\".split(\"\");\nfor(j = 0; j != D[223].length; ++j) if(D[223][j].charCodeAt(0) !== 0xFFFD) { e[D[223][j]] = 57088 + j; d[57088 + j] = D[223][j];}\nD[224] = \"����������������������������������������������������������������觡觠觢觜触詶誆詿詡訿詷誂誄詵誃誁詴詺谼豋豊豥豤豦貆貄貅賌赨赩趑趌趎趏趍趓趔趐趒跰跠跬跱跮跐跩跣跢跧跲跫跴輆軿輁輀輅輇輈輂輋遒逿����������������������������������遄遉逽鄐鄍鄏鄑鄖鄔鄋鄎酮酯鉈鉒鈰鈺鉦鈳鉥鉞銃鈮鉊鉆鉭鉬鉏鉠鉧鉯鈶鉡鉰鈱鉔鉣鉐鉲鉎鉓鉌鉖鈲閟閜閞閛隒隓隑隗雎雺雽雸雵靳靷靸靲頏頍頎颬飶飹馯馲馰馵骭骫魛鳪鳭鳧麀黽僦僔僗僨僳僛僪僝僤僓僬僰僯僣僠�\".split(\"\");\nfor(j = 0; j != D[224].length; ++j) if(D[224][j].charCodeAt(0) !== 0xFFFD) { e[D[224][j]] = 57344 + j; d[57344 + j] = D[224][j];}\nD[225] = \"����������������������������������������������������������������凘劀劁勩勫匰厬嘧嘕嘌嘒嗼嘏嘜嘁嘓嘂嗺嘝嘄嗿嗹墉塼墐墘墆墁塿塴墋塺墇墑墎塶墂墈塻墔墏壾奫嫜嫮嫥嫕嫪嫚嫭嫫嫳嫢嫠嫛嫬嫞嫝嫙嫨嫟孷寠����������������������������������寣屣嶂嶀嵽嶆嵺嶁嵷嶊嶉嶈嵾嵼嶍嵹嵿幘幙幓廘廑廗廎廜廕廙廒廔彄彃彯徶愬愨慁慞慱慳慒慓慲慬憀慴慔慺慛慥愻慪慡慖戩戧戫搫摍摛摝摴摶摲摳摽摵摦撦摎撂摞摜摋摓摠摐摿搿摬摫摙摥摷敳斠暡暠暟朅朄朢榱榶槉�\".split(\"\");\nfor(j = 0; j != D[225].length; ++j) if(D[225][j].charCodeAt(0) !== 0xFFFD) { e[D[225][j]] = 57600 + j; d[57600 + j] = D[225][j];}\nD[226] = \"����������������������������������������������������������������榠槎榖榰榬榼榑榙榎榧榍榩榾榯榿槄榽榤槔榹槊榚槏榳榓榪榡榞槙榗榐槂榵榥槆歊歍歋殞殟殠毃毄毾滎滵滱漃漥滸漷滻漮漉潎漙漚漧漘漻漒滭漊����������������������������������漶潳滹滮漭潀漰漼漵滫漇漎潃漅滽滶漹漜滼漺漟漍漞漈漡熇熐熉熀熅熂熏煻熆熁熗牄牓犗犕犓獃獍獑獌瑢瑳瑱瑵瑲瑧瑮甀甂甃畽疐瘖瘈瘌瘕瘑瘊瘔皸瞁睼瞅瞂睮瞀睯睾瞃碲碪碴碭碨硾碫碞碥碠碬碢碤禘禊禋禖禕禔禓�\".split(\"\");\nfor(j = 0; j != D[226].length; ++j) if(D[226][j].charCodeAt(0) !== 0xFFFD) { e[D[226][j]] = 57856 + j; d[57856 + j] = D[226][j];}\nD[227] = \"����������������������������������������������������������������禗禈禒禐稫穊稰稯稨稦窨窫窬竮箈箜箊箑箐箖箍箌箛箎箅箘劄箙箤箂粻粿粼粺綧綷緂綣綪緁緀緅綝緎緄緆緋緌綯綹綖綼綟綦綮綩綡緉罳翢翣翥翞����������������������������������耤聝聜膉膆膃膇膍膌膋舕蒗蒤蒡蒟蒺蓎蓂蒬蒮蒫蒹蒴蓁蓍蒪蒚蒱蓐蒝蒧蒻蒢蒔蓇蓌蒛蒩蒯蒨蓖蒘蒶蓏蒠蓗蓔蓒蓛蒰蒑虡蜳蜣蜨蝫蝀蜮蜞蜡蜙蜛蝃蜬蝁蜾蝆蜠蜲蜪蜭蜼蜒蜺蜱蜵蝂蜦蜧蜸蜤蜚蜰蜑裷裧裱裲裺裾裮裼裶裻�\".split(\"\");\nfor(j = 0; j != D[227].length; ++j) if(D[227][j].charCodeAt(0) !== 0xFFFD) { e[D[227][j]] = 58112 + j; d[58112 + j] = D[227][j];}\nD[228] = \"����������������������������������������������������������������裰裬裫覝覡覟覞觩觫觨誫誙誋誒誏誖谽豨豩賕賏賗趖踉踂跿踍跽踊踃踇踆踅跾踀踄輐輑輎輍鄣鄜鄠鄢鄟鄝鄚鄤鄡鄛酺酲酹酳銥銤鉶銛鉺銠銔銪銍����������������������������������銦銚銫鉹銗鉿銣鋮銎銂銕銢鉽銈銡銊銆銌銙銧鉾銇銩銝銋鈭隞隡雿靘靽靺靾鞃鞀鞂靻鞄鞁靿韎韍頖颭颮餂餀餇馝馜駃馹馻馺駂馽駇骱髣髧鬾鬿魠魡魟鳱鳲鳵麧僿儃儰僸儆儇僶僾儋儌僽儊劋劌勱勯噈噂噌嘵噁噊噉噆噘�\".split(\"\");\nfor(j = 0; j != D[228].length; ++j) if(D[228][j].charCodeAt(0) !== 0xFFFD) { e[D[228][j]] = 58368 + j; d[58368 + j] = D[228][j];}\nD[229] = \"����������������������������������������������������������������噚噀嘳嘽嘬嘾嘸嘪嘺圚墫墝墱墠墣墯墬墥墡壿嫿嫴嫽嫷嫶嬃嫸嬂嫹嬁嬇嬅嬏屧嶙嶗嶟嶒嶢嶓嶕嶠嶜嶡嶚嶞幩幝幠幜緳廛廞廡彉徲憋憃慹憱憰憢憉����������������������������������憛憓憯憭憟憒憪憡憍慦憳戭摮摰撖撠撅撗撜撏撋撊撌撣撟摨撱撘敶敺敹敻斲斳暵暰暩暲暷暪暯樀樆樗槥槸樕槱槤樠槿槬槢樛樝槾樧槲槮樔槷槧橀樈槦槻樍槼槫樉樄樘樥樏槶樦樇槴樖歑殥殣殢殦氁氀毿氂潁漦潾澇濆澒�\".split(\"\");\nfor(j = 0; j != D[229].length; ++j) if(D[229][j].charCodeAt(0) !== 0xFFFD) { e[D[229][j]] = 58624 + j; d[58624 + j] = D[229][j];}\nD[230] = \"����������������������������������������������������������������澍澉澌潢潏澅潚澖潶潬澂潕潲潒潐潗澔澓潝漀潡潫潽潧澐潓澋潩潿澕潣潷潪潻熲熯熛熰熠熚熩熵熝熥熞熤熡熪熜熧熳犘犚獘獒獞獟獠獝獛獡獚獙����������������������������������獢璇璉璊璆璁瑽璅璈瑼瑹甈甇畾瘥瘞瘙瘝瘜瘣瘚瘨瘛皜皝皞皛瞍瞏瞉瞈磍碻磏磌磑磎磔磈磃磄磉禚禡禠禜禢禛歶稹窲窴窳箷篋箾箬篎箯箹篊箵糅糈糌糋緷緛緪緧緗緡縃緺緦緶緱緰緮緟罶羬羰羭翭翫翪翬翦翨聤聧膣膟�\".split(\"\");\nfor(j = 0; j != D[230].length; ++j) if(D[230][j].charCodeAt(0) !== 0xFFFD) { e[D[230][j]] = 58880 + j; d[58880 + j] = D[230][j];}\nD[231] = \"����������������������������������������������������������������膞膕膢膙膗舖艏艓艒艐艎艑蔤蔻蔏蔀蔩蔎蔉蔍蔟蔊蔧蔜蓻蔫蓺蔈蔌蓴蔪蓲蔕蓷蓫蓳蓼蔒蓪蓩蔖蓾蔨蔝蔮蔂蓽蔞蓶蔱蔦蓧蓨蓰蓯蓹蔘蔠蔰蔋蔙蔯虢����������������������������������蝖蝣蝤蝷蟡蝳蝘蝔蝛蝒蝡蝚蝑蝞蝭蝪蝐蝎蝟蝝蝯蝬蝺蝮蝜蝥蝏蝻蝵蝢蝧蝩衚褅褌褔褋褗褘褙褆褖褑褎褉覢覤覣觭觰觬諏諆誸諓諑諔諕誻諗誾諀諅諘諃誺誽諙谾豍貏賥賟賙賨賚賝賧趠趜趡趛踠踣踥踤踮踕踛踖踑踙踦踧�\".split(\"\");\nfor(j = 0; j != D[231].length; ++j) if(D[231][j].charCodeAt(0) !== 0xFFFD) { e[D[231][j]] = 59136 + j; d[59136 + j] = D[231][j];}\nD[232] = \"����������������������������������������������������������������踔踒踘踓踜踗踚輬輤輘輚輠輣輖輗遳遰遯遧遫鄯鄫鄩鄪鄲鄦鄮醅醆醊醁醂醄醀鋐鋃鋄鋀鋙銶鋏鋱鋟鋘鋩鋗鋝鋌鋯鋂鋨鋊鋈鋎鋦鋍鋕鋉鋠鋞鋧鋑鋓����������������������������������銵鋡鋆銴镼閬閫閮閰隤隢雓霅霈霂靚鞊鞎鞈韐韏頞頝頦頩頨頠頛頧颲餈飺餑餔餖餗餕駜駍駏駓駔駎駉駖駘駋駗駌骳髬髫髳髲髱魆魃魧魴魱魦魶魵魰魨魤魬鳼鳺鳽鳿鳷鴇鴀鳹鳻鴈鴅鴄麃黓鼏鼐儜儓儗儚儑凞匴叡噰噠噮�\".split(\"\");\nfor(j = 0; j != D[232].length; ++j) if(D[232][j].charCodeAt(0) !== 0xFFFD) { e[D[232][j]] = 59392 + j; d[59392 + j] = D[232][j];}\nD[233] = \"����������������������������������������������������������������噳噦噣噭噲噞噷圜圛壈墽壉墿墺壂墼壆嬗嬙嬛嬡嬔嬓嬐嬖嬨嬚嬠嬞寯嶬嶱嶩嶧嶵嶰嶮嶪嶨嶲嶭嶯嶴幧幨幦幯廩廧廦廨廥彋徼憝憨憖懅憴懆懁懌憺����������������������������������憿憸憌擗擖擐擏擉撽撉擃擛擳擙攳敿敼斢曈暾曀曊曋曏暽暻暺曌朣樴橦橉橧樲橨樾橝橭橶橛橑樨橚樻樿橁橪橤橐橏橔橯橩橠樼橞橖橕橍橎橆歕歔歖殧殪殫毈毇氄氃氆澭濋澣濇澼濎濈潞濄澽澞濊澨瀄澥澮澺澬澪濏澿澸�\".split(\"\");\nfor(j = 0; j != D[233].length; ++j) if(D[233][j].charCodeAt(0) !== 0xFFFD) { e[D[233][j]] = 59648 + j; d[59648 + j] = D[233][j];}\nD[234] = \"����������������������������������������������������������������澢濉澫濍澯澲澰燅燂熿熸燖燀燁燋燔燊燇燏熽燘熼燆燚燛犝犞獩獦獧獬獥獫獪瑿璚璠璔璒璕璡甋疀瘯瘭瘱瘽瘳瘼瘵瘲瘰皻盦瞚瞝瞡瞜瞛瞢瞣瞕瞙����������������������������������瞗磝磩磥磪磞磣磛磡磢磭磟磠禤穄穈穇窶窸窵窱窷篞篣篧篝篕篥篚篨篹篔篪篢篜篫篘篟糒糔糗糐糑縒縡縗縌縟縠縓縎縜縕縚縢縋縏縖縍縔縥縤罃罻罼罺羱翯耪耩聬膱膦膮膹膵膫膰膬膴膲膷膧臲艕艖艗蕖蕅蕫蕍蕓蕡蕘�\".split(\"\");\nfor(j = 0; j != D[234].length; ++j) if(D[234][j].charCodeAt(0) !== 0xFFFD) { e[D[234][j]] = 59904 + j; d[59904 + j] = D[234][j];}\nD[235] = \"����������������������������������������������������������������蕀蕆蕤蕁蕢蕄蕑蕇蕣蔾蕛蕱蕎蕮蕵蕕蕧蕠薌蕦蕝蕔蕥蕬虣虥虤螛螏螗螓螒螈螁螖螘蝹螇螣螅螐螑螝螄螔螜螚螉褞褦褰褭褮褧褱褢褩褣褯褬褟觱諠����������������������������������諢諲諴諵諝謔諤諟諰諈諞諡諨諿諯諻貑貒貐賵賮賱賰賳赬赮趥趧踳踾踸蹀蹅踶踼踽蹁踰踿躽輶輮輵輲輹輷輴遶遹遻邆郺鄳鄵鄶醓醐醑醍醏錧錞錈錟錆錏鍺錸錼錛錣錒錁鍆錭錎錍鋋錝鋺錥錓鋹鋷錴錂錤鋿錩錹錵錪錔錌�\".split(\"\");\nfor(j = 0; j != D[235].length; ++j) if(D[235][j].charCodeAt(0) !== 0xFFFD) { e[D[235][j]] = 60160 + j; d[60160 + j] = D[235][j];}\nD[236] = \"����������������������������������������������������������������錋鋾錉錀鋻錖閼闍閾閹閺閶閿閵閽隩雔霋霒霐鞙鞗鞔韰韸頵頯頲餤餟餧餩馞駮駬駥駤駰駣駪駩駧骹骿骴骻髶髺髹髷鬳鮀鮅鮇魼魾魻鮂鮓鮒鮐魺鮕����������������������������������魽鮈鴥鴗鴠鴞鴔鴩鴝鴘鴢鴐鴙鴟麈麆麇麮麭黕黖黺鼒鼽儦儥儢儤儠儩勴嚓嚌嚍嚆嚄嚃噾嚂噿嚁壖壔壏壒嬭嬥嬲嬣嬬嬧嬦嬯嬮孻寱寲嶷幬幪徾徻懃憵憼懧懠懥懤懨懞擯擩擣擫擤擨斁斀斶旚曒檍檖檁檥檉檟檛檡檞檇檓檎�\".split(\"\");\nfor(j = 0; j != D[236].length; ++j) if(D[236][j].charCodeAt(0) !== 0xFFFD) { e[D[236][j]] = 60416 + j; d[60416 + j] = D[236][j];}\nD[237] = \"����������������������������������������������������������������檕檃檨檤檑橿檦檚檅檌檒歛殭氉濌澩濴濔濣濜濭濧濦濞濲濝濢濨燡燱燨燲燤燰燢獳獮獯璗璲璫璐璪璭璱璥璯甐甑甒甏疄癃癈癉癇皤盩瞵瞫瞲瞷瞶����������������������������������瞴瞱瞨矰磳磽礂磻磼磲礅磹磾礄禫禨穜穛穖穘穔穚窾竀竁簅簏篲簀篿篻簎篴簋篳簂簉簃簁篸篽簆篰篱簐簊糨縭縼繂縳顈縸縪繉繀繇縩繌縰縻縶繄縺罅罿罾罽翴翲耬膻臄臌臊臅臇膼臩艛艚艜薃薀薏薧薕薠薋薣蕻薤薚薞�\".split(\"\");\nfor(j = 0; j != D[237].length; ++j) if(D[237][j].charCodeAt(0) !== 0xFFFD) { e[D[237][j]] = 60672 + j; d[60672 + j] = D[237][j];}\nD[238] = \"����������������������������������������������������������������蕷蕼薉薡蕺蕸蕗薎薖薆薍薙薝薁薢薂薈薅蕹蕶薘薐薟虨螾螪螭蟅螰螬螹螵螼螮蟉蟃蟂蟌螷螯蟄蟊螴螶螿螸螽蟞螲褵褳褼褾襁襒褷襂覭覯覮觲觳謞����������������������������������謘謖謑謅謋謢謏謒謕謇謍謈謆謜謓謚豏豰豲豱豯貕貔賹赯蹎蹍蹓蹐蹌蹇轃轀邅遾鄸醚醢醛醙醟醡醝醠鎡鎃鎯鍤鍖鍇鍼鍘鍜鍶鍉鍐鍑鍠鍭鎏鍌鍪鍹鍗鍕鍒鍏鍱鍷鍻鍡鍞鍣鍧鎀鍎鍙闇闀闉闃闅閷隮隰隬霠霟霘霝霙鞚鞡鞜�\".split(\"\");\nfor(j = 0; j != D[238].length; ++j) if(D[238][j].charCodeAt(0) !== 0xFFFD) { e[D[238][j]] = 60928 + j; d[60928 + j] = D[238][j];}\nD[239] = \"����������������������������������������������������������������鞞鞝韕韔韱顁顄顊顉顅顃餥餫餬餪餳餲餯餭餱餰馘馣馡騂駺駴駷駹駸駶駻駽駾駼騃骾髾髽鬁髼魈鮚鮨鮞鮛鮦鮡鮥鮤鮆鮢鮠鮯鴳鵁鵧鴶鴮鴯鴱鴸鴰����������������������������������鵅鵂鵃鴾鴷鵀鴽翵鴭麊麉麍麰黈黚黻黿鼤鼣鼢齔龠儱儭儮嚘嚜嚗嚚嚝嚙奰嬼屩屪巀幭幮懘懟懭懮懱懪懰懫懖懩擿攄擽擸攁攃擼斔旛曚曛曘櫅檹檽櫡櫆檺檶檷櫇檴檭歞毉氋瀇瀌瀍瀁瀅瀔瀎濿瀀濻瀦濼濷瀊爁燿燹爃燽獶�\".split(\"\");\nfor(j = 0; j != D[239].length; ++j) if(D[239][j].charCodeAt(0) !== 0xFFFD) { e[D[239][j]] = 61184 + j; d[61184 + j] = D[239][j];}\nD[240] = \"����������������������������������������������������������������璸瓀璵瓁璾璶璻瓂甔甓癜癤癙癐癓癗癚皦皽盬矂瞺磿礌礓礔礉礐礒礑禭禬穟簜簩簙簠簟簭簝簦簨簢簥簰繜繐繖繣繘繢繟繑繠繗繓羵羳翷翸聵臑臒����������������������������������臐艟艞薴藆藀藃藂薳薵薽藇藄薿藋藎藈藅薱薶藒蘤薸薷薾虩蟧蟦蟢蟛蟫蟪蟥蟟蟳蟤蟔蟜蟓蟭蟘蟣螤蟗蟙蠁蟴蟨蟝襓襋襏襌襆襐襑襉謪謧謣謳謰謵譇謯謼謾謱謥謷謦謶謮謤謻謽謺豂豵貙貘貗賾贄贂贀蹜蹢蹠蹗蹖蹞蹥蹧�\".split(\"\");\nfor(j = 0; j != D[240].length; ++j) if(D[240][j].charCodeAt(0) !== 0xFFFD) { e[D[240][j]] = 61440 + j; d[61440 + j] = D[240][j];}\nD[241] = \"����������������������������������������������������������������蹛蹚蹡蹝蹩蹔轆轇轈轋鄨鄺鄻鄾醨醥醧醯醪鎵鎌鎒鎷鎛鎝鎉鎧鎎鎪鎞鎦鎕鎈鎙鎟鎍鎱鎑鎲鎤鎨鎴鎣鎥闒闓闑隳雗雚巂雟雘雝霣霢霥鞬鞮鞨鞫鞤鞪����������������������������������鞢鞥韗韙韖韘韺顐顑顒颸饁餼餺騏騋騉騍騄騑騊騅騇騆髀髜鬈鬄鬅鬩鬵魊魌魋鯇鯆鯃鮿鯁鮵鮸鯓鮶鯄鮹鮽鵜鵓鵏鵊鵛鵋鵙鵖鵌鵗鵒鵔鵟鵘鵚麎麌黟鼁鼀鼖鼥鼫鼪鼩鼨齌齕儴儵劖勷厴嚫嚭嚦嚧嚪嚬壚壝壛夒嬽嬾嬿巃幰�\".split(\"\");\nfor(j = 0; j != D[241].length; ++j) if(D[241][j].charCodeAt(0) !== 0xFFFD) { e[D[241][j]] = 61696 + j; d[61696 + j] = D[241][j];}\nD[242] = \"����������������������������������������������������������������徿懻攇攐攍攉攌攎斄旞旝曞櫧櫠櫌櫑櫙櫋櫟櫜櫐櫫櫏櫍櫞歠殰氌瀙瀧瀠瀖瀫瀡瀢瀣瀩瀗瀤瀜瀪爌爊爇爂爅犥犦犤犣犡瓋瓅璷瓃甖癠矉矊矄矱礝礛����������������������������������礡礜礗礞禰穧穨簳簼簹簬簻糬糪繶繵繸繰繷繯繺繲繴繨罋罊羃羆羷翽翾聸臗臕艤艡艣藫藱藭藙藡藨藚藗藬藲藸藘藟藣藜藑藰藦藯藞藢蠀蟺蠃蟶蟷蠉蠌蠋蠆蟼蠈蟿蠊蠂襢襚襛襗襡襜襘襝襙覈覷覶觶譐譈譊譀譓譖譔譋譕�\".split(\"\");\nfor(j = 0; j != D[242].length; ++j) if(D[242][j].charCodeAt(0) !== 0xFFFD) { e[D[242][j]] = 61952 + j; d[61952 + j] = D[242][j];}\nD[243] = \"����������������������������������������������������������������譑譂譒譗豃豷豶貚贆贇贉趬趪趭趫蹭蹸蹳蹪蹯蹻軂轒轑轏轐轓辴酀鄿醰醭鏞鏇鏏鏂鏚鏐鏹鏬鏌鏙鎩鏦鏊鏔鏮鏣鏕鏄鏎鏀鏒鏧镽闚闛雡霩霫霬霨霦����������������������������������鞳鞷鞶韝韞韟顜顙顝顗颿颽颻颾饈饇饃馦馧騚騕騥騝騤騛騢騠騧騣騞騜騔髂鬋鬊鬎鬌鬷鯪鯫鯠鯞鯤鯦鯢鯰鯔鯗鯬鯜鯙鯥鯕鯡鯚鵷鶁鶊鶄鶈鵱鶀鵸鶆鶋鶌鵽鵫鵴鵵鵰鵩鶅鵳鵻鶂鵯鵹鵿鶇鵨麔麑黀黼鼭齀齁齍齖齗齘匷嚲�\".split(\"\");\nfor(j = 0; j != D[243].length; ++j) if(D[243][j].charCodeAt(0) !== 0xFFFD) { e[D[243][j]] = 62208 + j; d[62208 + j] = D[243][j];}\nD[244] = \"����������������������������������������������������������������嚵嚳壣孅巆巇廮廯忀忁懹攗攖攕攓旟曨曣曤櫳櫰櫪櫨櫹櫱櫮櫯瀼瀵瀯瀷瀴瀱灂瀸瀿瀺瀹灀瀻瀳灁爓爔犨獽獼璺皫皪皾盭矌矎矏矍矲礥礣礧礨礤礩����������������������������������禲穮穬穭竷籉籈籊籇籅糮繻繾纁纀羺翿聹臛臙舋艨艩蘢藿蘁藾蘛蘀藶蘄蘉蘅蘌藽蠙蠐蠑蠗蠓蠖襣襦覹觷譠譪譝譨譣譥譧譭趮躆躈躄轙轖轗轕轘轚邍酃酁醷醵醲醳鐋鐓鏻鐠鐏鐔鏾鐕鐐鐨鐙鐍鏵鐀鏷鐇鐎鐖鐒鏺鐉鏸鐊鏿�\".split(\"\");\nfor(j = 0; j != D[244].length; ++j) if(D[244][j].charCodeAt(0) !== 0xFFFD) { e[D[244][j]] = 62464 + j; d[62464 + j] = D[244][j];}\nD[245] = \"����������������������������������������������������������������鏼鐌鏶鐑鐆闞闠闟霮霯鞹鞻韽韾顠顢顣顟飁飂饐饎饙饌饋饓騲騴騱騬騪騶騩騮騸騭髇髊髆鬐鬒鬑鰋鰈鯷鰅鰒鯸鱀鰇鰎鰆鰗鰔鰉鶟鶙鶤鶝鶒鶘鶐鶛����������������������������������鶠鶔鶜鶪鶗鶡鶚鶢鶨鶞鶣鶿鶩鶖鶦鶧麙麛麚黥黤黧黦鼰鼮齛齠齞齝齙龑儺儹劘劗囃嚽嚾孈孇巋巏廱懽攛欂櫼欃櫸欀灃灄灊灈灉灅灆爝爚爙獾甗癪矐礭礱礯籔籓糲纊纇纈纋纆纍罍羻耰臝蘘蘪蘦蘟蘣蘜蘙蘧蘮蘡蘠蘩蘞蘥�\".split(\"\");\nfor(j = 0; j != D[245].length; ++j) if(D[245][j].charCodeAt(0) !== 0xFFFD) { e[D[245][j]] = 62720 + j; d[62720 + j] = D[245][j];}\nD[246] = \"����������������������������������������������������������������蠩蠝蠛蠠蠤蠜蠫衊襭襩襮襫觺譹譸譅譺譻贐贔趯躎躌轞轛轝酆酄酅醹鐿鐻鐶鐩鐽鐼鐰鐹鐪鐷鐬鑀鐱闥闤闣霵霺鞿韡顤飉飆飀饘饖騹騽驆驄驂驁騺����������������������������������騿髍鬕鬗鬘鬖鬺魒鰫鰝鰜鰬鰣鰨鰩鰤鰡鶷鶶鶼鷁鷇鷊鷏鶾鷅鷃鶻鶵鷎鶹鶺鶬鷈鶱鶭鷌鶳鷍鶲鹺麜黫黮黭鼛鼘鼚鼱齎齥齤龒亹囆囅囋奱孋孌巕巑廲攡攠攦攢欋欈欉氍灕灖灗灒爞爟犩獿瓘瓕瓙瓗癭皭礵禴穰穱籗籜籙籛籚�\".split(\"\");\nfor(j = 0; j != D[246].length; ++j) if(D[246][j].charCodeAt(0) !== 0xFFFD) { e[D[246][j]] = 62976 + j; d[62976 + j] = D[246][j];}\nD[247] = \"����������������������������������������������������������������糴糱纑罏羇臞艫蘴蘵蘳蘬蘲蘶蠬蠨蠦蠪蠥襱覿覾觻譾讄讂讆讅譿贕躕躔躚躒躐躖躗轠轢酇鑌鑐鑊鑋鑏鑇鑅鑈鑉鑆霿韣顪顩飋饔饛驎驓驔驌驏驈驊����������������������������������驉驒驐髐鬙鬫鬻魖魕鱆鱈鰿鱄鰹鰳鱁鰼鰷鰴鰲鰽鰶鷛鷒鷞鷚鷋鷐鷜鷑鷟鷩鷙鷘鷖鷵鷕鷝麶黰鼵鼳鼲齂齫龕龢儽劙壨壧奲孍巘蠯彏戁戃戄攩攥斖曫欑欒欏毊灛灚爢玂玁玃癰矔籧籦纕艬蘺虀蘹蘼蘱蘻蘾蠰蠲蠮蠳襶襴襳觾�\".split(\"\");\nfor(j = 0; j != D[247].length; ++j) if(D[247][j].charCodeAt(0) !== 0xFFFD) { e[D[247][j]] = 63232 + j; d[63232 + j] = D[247][j];}\nD[248] = \"����������������������������������������������������������������讌讎讋讈豅贙躘轤轣醼鑢鑕鑝鑗鑞韄韅頀驖驙鬞鬟鬠鱒鱘鱐鱊鱍鱋鱕鱙鱌鱎鷻鷷鷯鷣鷫鷸鷤鷶鷡鷮鷦鷲鷰鷢鷬鷴鷳鷨鷭黂黐黲黳鼆鼜鼸鼷鼶齃齏����������������������������������齱齰齮齯囓囍孎屭攭曭曮欓灟灡灝灠爣瓛瓥矕礸禷禶籪纗羉艭虃蠸蠷蠵衋讔讕躞躟躠躝醾醽釂鑫鑨鑩雥靆靃靇韇韥驞髕魙鱣鱧鱦鱢鱞鱠鸂鷾鸇鸃鸆鸅鸀鸁鸉鷿鷽鸄麠鼞齆齴齵齶囔攮斸欘欙欗欚灢爦犪矘矙礹籩籫糶纚�\".split(\"\");\nfor(j = 0; j != D[248].length; ++j) if(D[248][j].charCodeAt(0) !== 0xFFFD) { e[D[248][j]] = 63488 + j; d[63488 + j] = D[248][j];}\nD[249] = \"����������������������������������������������������������������纘纛纙臠臡虆虇虈襹襺襼襻觿讘讙躥躤躣鑮鑭鑯鑱鑳靉顲饟鱨鱮鱭鸋鸍鸐鸏鸒鸑麡黵鼉齇齸齻齺齹圞灦籯蠼趲躦釃鑴鑸鑶鑵驠鱴鱳鱱鱵鸔鸓黶鼊����������������������������������龤灨灥糷虪蠾蠽蠿讞貜躩軉靋顳顴飌饡馫驤驦驧鬤鸕鸗齈戇欞爧虌躨钂钀钁驩驨鬮鸙爩虋讟钃鱹麷癵驫鱺鸝灩灪麤齾齉龘碁銹裏墻恒粧嫺╔╦╗╠╬╣╚╩╝╒╤╕╞╪╡╘╧╛╓╥╖╟╫╢╙╨╜║═╭╮╰╯▓�\".split(\"\");\nfor(j = 0; j != D[249].length; ++j) if(D[249][j].charCodeAt(0) !== 0xFFFD) { e[D[249][j]] = 63744 + j; d[63744 + j] = D[249][j];}\nreturn {\"enc\": e, \"dec\": d }; })();\ncptable[1250] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~€�‚�„…†‡�‰Š‹ŚŤŽŹ�‘’“”•–—�™š›śťžź ˇ˘Ł¤Ą¦§¨©Ş«¬®Ż°±˛ł´µ¶·¸ąş»Ľ˝ľżŔÁÂĂÄĹĆÇČÉĘËĚÍÎĎĐŃŇÓÔŐÖ×ŘŮÚŰÜÝŢßŕáâăäĺćçčéęëěíîďđńňóôőö÷řůúűüýţ˙\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[1251] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~ЂЃ‚ѓ„…†‡€‰Љ‹ЊЌЋЏђ‘’“”•–—�™љ›њќћџ ЎўЈ¤Ґ¦§Ё©Є«¬®Ї°±Ііґµ¶·ё№є»јЅѕїАБВГДЕЖЗИЙКЛМНОПРСТУФХЦЧШЩЪЫЬЭЮЯабвгдежзийклмнопрстуфхцчшщъыьэюя\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[1252] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~€�‚ƒ„…†‡ˆ‰Š‹Œ�Ž��‘’“”•–—˜™š›œ�žŸ ¡¢£¤¥¦§¨©ª«¬®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[1253] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~€�‚ƒ„…†‡�‰�‹�����‘’“”•–—�™�›���� ΅Ά£¤¥¦§¨©�«¬®―°±²³΄µ¶·ΈΉΊ»Ό½ΎΏΐΑΒΓΔΕΖΗΘΙΚΛΜΝΞΟΠΡ�ΣΤΥΦΧΨΩΪΫάέήίΰαβγδεζηθικλμνξοπρςστυφχψωϊϋόύώ�\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[1254] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~€�‚ƒ„…†‡ˆ‰Š‹Œ����‘’“”•–—˜™š›œ��Ÿ ¡¢£¤¥¦§¨©ª«¬®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏĞÑÒÓÔÕÖ×ØÙÚÛÜİŞßàáâãäåæçèéêëìíîïğñòóôõö÷øùúûüışÿ\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[1255] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~€�‚ƒ„…†‡ˆ‰�‹�����‘’“”•–—˜™�›���� ¡¢£₪¥¦§¨©×«¬®¯°±²³´µ¶·¸¹÷»¼½¾¿ְֱֲֳִֵֶַָֹ�ֻּֽ־ֿ׀ׁׂ׃װױײ׳״�������אבגדהוזחטיךכלםמןנסעףפץצקרשת���\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[1256] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~€پ‚ƒ„…†‡ˆ‰ٹ‹Œچژڈگ‘’“”•–—ک™ڑ›œں ،¢£¤¥¦§¨©ھ«¬®¯°±²³´µ¶·¸¹؛»¼½¾؟ہءآأؤإئابةتثجحخدذرزسشصض×طظعغـفقكàلâمنهوçèéêëىيîïًٌٍَôُِ÷ّùْûüے\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[1257] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~€�‚�„…†‡�‰�‹�¨ˇ¸�‘’“”•–—�™�›�¯˛� �¢£¤�¦§Ø©Ŗ«¬®Æ°±²³´µ¶·ø¹ŗ»¼½¾æĄĮĀĆÄÅĘĒČÉŹĖĢĶĪĻŠŃŅÓŌÕÖ×ŲŁŚŪÜŻŽßąįāćäåęēčéźėģķīļšńņóōõö÷ųłśūüżž˙\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[1258] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~€�‚ƒ„…†‡ˆ‰�‹Œ����‘’“”•–—˜™�›œ��Ÿ ¡¢£¤¥¦§¨©ª«¬®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂĂÄÅÆÇÈÉÊË̀ÍÎÏĐÑ̉ÓÔƠÖ×ØÙÚÛÜỮßàáâăäåæçèéêë́íîïđṇ̃óôơö÷øùúûüư₫ÿ\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[10000] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~ÄÅÇÉÑÖÜáàâäãåçéèêëíìîïñóòôöõúùûü†°¢£§•¶ß®©™´¨≠ÆØ∞±≤≥¥µ∂∑∏π∫ªºΩæø¿¡¬√ƒ≈∆«»… ÀÃÕŒœ–—“”‘’÷◊ÿŸ⁄¤‹›fifl‡·‚„‰ÂÊÁËÈÍÎÏÌÓÔ�ÒÚÛÙıˆ˜¯˘˙˚¸˝˛ˇ\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[10006] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~Ĺ²É³ÖÜ΅àâä΄¨çéèê룙î‰ôö¦ùûü†ΓΔΘΛΞΠß®©ΣΪ§≠°·Α±≤≥¥ΒΕΖΗΙΚΜΦΫΨΩάΝ¬ΟΡ≈Τ«»… ΥΧΆΈœ–―“”‘’÷ΉΊΌΎέήίόΏύαβψδεφγηιξκλμνοπώρστθωςχυζϊϋΐΰ�\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[10007] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~АБВГДЕЖЗИЙКЛМНОПРСТУФХЦЧШЩЪЫЬЭЮЯ†°¢£§•¶І®©™Ђђ≠Ѓѓ∞±≤≥іµ∂ЈЄєЇїЉљЊњјЅ¬√ƒ≈∆«»… ЋћЌќѕ–—“”‘’÷„ЎўЏџ№Ёёяабвгдежзийклмнопрстуфхцчшщъыьэю¤\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[10029] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~ÄĀāÉĄÖÜáąČäčĆć鏟ĎíďĒēĖóėôöõúĚěü†°Ę£§•¶ß®©™ę¨≠ģĮįĪ≤≥īĶ∂∑łĻļĽľĹĺŅņѬ√ńŇ∆«»… ňŐÕőŌ–—“”‘’÷◊ōŔŕŘ‹›řŖŗŠ‚„šŚśÁŤťÍŽžŪÓÔūŮÚůŰűŲųÝýķŻŁżĢˇ\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[10079] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~ÄÅÇÉÑÖÜáàâäãåçéèêëíìîïñóòôöõúùûüÝ°¢£§•¶ß®©™´¨≠ÆØ∞±≤≥¥µ∂∑∏π∫ªºΩæø¿¡¬√ƒ≈∆«»… ÀÃÕŒœ–—“”‘’÷◊ÿŸ⁄¤ÐðÞþý·‚„‰ÂÊÁËÈÍÎÏÌÓÔ�ÒÚÛÙıˆ˜¯˘˙˚¸˝˛ˇ\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\ncptable[10081] = (function(){ var d = \"\\u0000\\u0001\\u0002\\u0003\\u0004\\u0005\\u0006\\u0007\\b\\t\\n\\u000b\\f\\r\\u000e\\u000f\\u0010\\u0011\\u0012\\u0013\\u0014\\u0015\\u0016\\u0017\\u0018\\u0019\\u001a\\u001b\\u001c\\u001d\\u001e\\u001f !\\\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~ÄÅÇÉÑÖÜáàâäãåçéèêëíìîïñóòôöõúùûü†°¢£§•¶ß®©™´¨≠ÆØ∞±≤≥¥µ∂∑∏π∫ªºΩæø¿¡¬√ƒ≈∆«»… ÀÃÕŒœ–—“”‘’÷◊ÿŸĞğİıŞş‡·‚„‰ÂÊÁËÈÍÎÏÌÓÔ�ÒÚÛÙ�ˆ˜¯˘˙˚¸˝˛ˇ\", D = [], e = {}; for(var i=0;i!=d.length;++i) { if(d.charCodeAt(i) !== 0xFFFD) e[d[i]] = i; D[i] = d.charAt(i); } return {\"enc\": e, \"dec\": D }; })();\nif (typeof module !== 'undefined' && module.exports) module.exports = cptable;\n/* cputils.js (C) 2013-2014 SheetJS -- http://sheetjs.com */\n/*jshint newcap: false */\n(function(root, factory){\n \"use strict\";\n if(typeof cptable === \"undefined\") {\n if(typeof require !== \"undefined\"){\n var cpt = require('./cpt' + 'able');\n if (typeof module !== 'undefined' && module.exports) module.exports = factory(cpt);\n else root.cptable = factory(cpt);\n } else throw new Error(\"cptable not found\");\n } else cptable = factory(cptable);\n}(this, function(cpt){\n \"use strict\";\n var magic = {\n \"1200\":\"utf16le\",\n \"1201\":\"utf16be\",\n \"12000\":\"utf32le\",\n \"12001\":\"utf32be\",\n \"16969\":\"utf64le\",\n \"20127\":\"ascii\",\n \"65000\":\"utf7\",\n \"65001\":\"utf8\"\n };\n\n var sbcs_cache = [874,1250,1251,1252,1253,1254,1255,1256,10000];\n var dbcs_cache = [932,936,949,950];\n var magic_cache = [65001];\n var magic_decode = {};\n var magic_encode = {};\n var cpecache = {};\n var cpdcache = {};\n\n var sfcc = function sfcc(x) { return String.fromCharCode(x); };\n var cca = function cca(x){ return x.charCodeAt(0); };\n\n var has_buf = (typeof Buffer !== 'undefined');\n if(has_buf) {\n var mdl = 1024, mdb = new Buffer(mdl);\n var make_EE = function make_EE(E){\n var EE = new Buffer(65536);\n for(var i = 0; i < 65536;++i) EE[i] = 0;\n var keys = Object.keys(E), len = keys.length;\n for(var ee = 0, e = keys[ee]; ee < len; ++ee) {\n if(!(e = keys[ee])) continue;\n EE[e.charCodeAt(0)] = E[e];\n }\n return EE;\n };\n var sbcs_encode = function make_sbcs_encode(cp) {\n var EE = make_EE(cpt[cp].enc);\n return function sbcs_e(data, ofmt) {\n var len = data.length;\n var out, i, j, D, w;\n if(typeof data === 'string') {\n out = Buffer(len);\n for(i = 0; i < len; ++i) out[i] = EE[data.charCodeAt(i)];\n } else if(Buffer.isBuffer(data)) {\n out = Buffer(2*len);\n j = 0;\n for(i = 0; i < len; ++i) {\n D = data[i];\n if(D < 128) out[j++] = EE[D];\n else if(D < 224) { out[j++] = EE[((D&31)<<6)+(data[i+1]&63)]; ++i; }\n else if(D < 240) { out[j++] = EE[((D&15)<<12)+((data[i+1]&63)<<6)+(data[i+2]&63)]; i+=2; }\n else {\n w = ((D&7)<<18)+((data[i+1]&63)<<12)+((data[i+2]&63)<<6)+(data[i+3]&63); i+=3;\n if(w < 65536) out[j++] = EE[w];\n else { w -= 65536; out[j++] = EE[0xD800 + ((w>>10)&1023)]; out[j++] = EE[0xDC00 + (w&1023)]; }\n }\n }\n out.length = j;\n out = out.slice(0,j);\n } else {\n out = Buffer(len);\n for(i = 0; i < len; ++i) out[i] = EE[data[i].charCodeAt(0)];\n }\n if(ofmt === undefined || ofmt === 'buf') return out;\n if(ofmt !== 'arr') return out.toString('binary');\n return [].slice.call(out);\n };\n };\n var sbcs_decode = function make_sbcs_decode(cp) {\n var D = cpt[cp].dec;\n var DD = new Buffer(131072), d=0, c;\n for(d=0;d<D.length;++d) {\n if(!(c=D[d])) continue;\n var w = c.charCodeAt(0);\n DD[2*d] = w&255; DD[2*d+1] = w>>8;\n }\n return function sbcs_d(data) {\n var len = data.length, i=0, j;\n if(2 * len > mdl) { mdl = 2 * len; mdb = new Buffer(mdl); }\n if(Buffer.isBuffer(data)) {\n for(i = 0; i < len; i++) {\n j = 2*data[i];\n mdb[2*i] = DD[j]; mdb[2*i+1] = DD[j+1];\n }\n } else if(typeof data === \"string\") {\n for(i = 0; i < len; i++) {\n j = 2*data.charCodeAt(i);\n mdb[2*i] = DD[j]; mdb[2*i+1] = DD[j+1];\n }\n } else {\n for(i = 0; i < len; i++) {\n j = 2*data[i];\n mdb[2*i] = DD[j]; mdb[2*i+1] = DD[j+1];\n }\n }\n mdb.length = 2 * len;\n return mdb.toString('ucs2');\n };\n };\n var dbcs_encode = function make_dbcs_encode(cp) {\n var E = cpt[cp].enc;\n var EE = new Buffer(131072);\n for(var i = 0; i < 131072; ++i) EE[i] = 0;\n var keys = Object.keys(E);\n for(var ee = 0, e = keys[ee]; ee < keys.length; ++ee) {\n if(!(e = keys[ee])) continue;\n var f = e.charCodeAt(0);\n EE[2*f] = E[e] & 255; EE[2*f+1] = E[e]>>8;\n }\n return function dbcs_e(data, ofmt) {\n var len = data.length, out = new Buffer(2*len), i, j, jj, k, D;\n if(typeof data === 'string') {\n for(i = k = 0; i < len; ++i) {\n j = data.charCodeAt(i)*2;\n out[k++] = EE[j+1] || EE[j]; if(EE[j+1] > 0) out[k++] = EE[j];\n }\n out.length = k;\n out = out.slice(0,k);\n } else if(Buffer.isBuffer(data)) {\n for(i = k = 0; i < len; ++i) {\n D = data[i];\n if(D < 128) j = D;\n else if(D < 224) { j = ((D&31)<<6)+(data[i+1]&63); ++i; }\n else if(D < 240) { j = ((D&15)<<12)+((data[i+1]&63)<<6)+(data[i+2]&63); i+=2; }\n else { j = ((D&7)<<18)+((data[i+1]&63)<<12)+((data[i+2]&63)<<6)+(data[i+3]&63); i+=3; }\n if(j<65536) { j*=2; out[k++] = EE[j+1] || EE[j]; if(EE[j+1] > 0) out[k++] = EE[j]; }\n else { jj = j-65536;\n j=2*(0xD800 + ((jj>>10)&1023)); out[k++] = EE[j+1] || EE[j]; if(EE[j+1] > 0) out[k++] = EE[j];\n j=2*(0xDC00 + (jj&1023)); out[k++] = EE[j+1] || EE[j]; if(EE[j+1] > 0) out[k++] = EE[j];\n }\n }\n out.length = k;\n out = out.slice(0,k);\n } else {\n for(i = k = 0; i < len; i++) {\n j = data[i].charCodeAt(0)*2;\n out[k++] = EE[j+1] || EE[j]; if(EE[j+1] > 0) out[k++] = EE[j];\n }\n }\n if(ofmt === undefined || ofmt === 'buf') return out;\n if(ofmt !== 'arr') return out.toString('binary');\n return [].slice.call(out);\n };\n };\n var dbcs_decode = function make_dbcs_decode(cp) {\n var D = cpt[cp].dec;\n var DD = new Buffer(131072), d=0, c, w=0, j=0, i=0;\n for(i = 0; i < 65536; ++i) { DD[2*i] = 0xFF; DD[2*i+1] = 0xFD;}\n for(d = 0; d < D.length; ++d) {\n if(!(c=D[d])) continue;\n w = c.charCodeAt(0);\n j = 2*d;\n DD[j] = w&255; DD[j+1] = w>>8;\n }\n return function dbcs_d(data) {\n var len = data.length, out = new Buffer(2*len), i, j, k=0;\n if(Buffer.isBuffer(data)) {\n for(i = 0; i < len; i++) {\n j = 2*data[i];\n if(DD[j]===0xFF && DD[j+1]===0xFD) { j=2*((data[i]<<8)+data[i+1]); ++i; }\n out[k++] = DD[j]; out[k++] = DD[j+1];\n }\n } else if(typeof data === \"string\") {\n for(i = 0; i < len; i++) {\n j = 2*data.charCodeAt(i);\n if(DD[j]===0xFF && DD[j+1]===0xFD) { j=2*((data.charCodeAt(i)<<8)+data.charCodeAt(i+1)); ++i; }\n out[k++] = DD[j]; out[k++] = DD[j+1];\n }\n } else {\n for(i = 0; i < len; i++) {\n j = 2*data[i];\n if(DD[j]===0xFF && DD[j+1]===0xFD) { j=2*((data[i]<<8)+data[i+1]); ++i; }\n out[k++] = DD[j]; out[k++] = DD[j+1];\n }\n }\n out.length = k;\n return out.toString('ucs2');\n };\n };\n magic_decode[65001] = function utf8_d(data) {\n var len = data.length, w = 0, ww = 0;\n if(4 * len > mdl) { mdl = 4 * len; mdb = new Buffer(mdl); }\n mdb.length = 0;\n var i = 0;\n if(len >= 3 && data[0] == 0xEF) if(data[1] == 0xBB && data[2] == 0xBF) i = 3;\n for(var j = 1, k = 0, D = 0; i < len; i+=j) {\n j = 1; D = data[i];\n if(D < 128) w = D;\n else if(D < 224) { w=(D&31)*64+(data[i+1]&63); j=2; }\n else if(D < 240) { w=((D&15)<<12)+(data[i+1]&63)*64+(data[i+2]&63); j=3; }\n else { w=(D&7)*262144+((data[i+1]&63)<<12)+(data[i+2]&63)*64+(data[i+3]&63); j=4; }\n if(w < 65536) { mdb[k++] = w&255; mdb[k++] = w>>8; }\n else {\n w -= 65536; ww = 0xD800 + ((w>>10)&1023); w = 0xDC00 + (w&1023);\n mdb[k++] = ww&255; mdb[k++] = ww>>>8; mdb[k++] = w&255; mdb[k++] = (w>>>8)&255;\n }\n }\n mdb.length = k;\n return mdb.toString('ucs2');\n };\n magic_encode[65001] = function utf8_e(data, ofmt) {\n var len = data.length, w = 0, ww = 0, j = 0;\n var direct = typeof data === \"string\";\n if(4 * len > mdl) { mdl = 4 * len; mdb = new Buffer(mdl); }\n for(var i = 0; i < len; ++i) {\n w = direct ? data.charCodeAt(i) : data[i].charCodeAt(0);\n if(w <= 0x007F) mdb[j++] = w;\n else if(w <= 0x07FF) {\n mdb[j++] = 192 + (w >> 6);\n mdb[j++] = 128 + (w&63);\n } else if(w >= 0xD800 && w <= 0xDFFF) {\n w -= 0xD800; ++i;\n ww = (direct ? data.charCodeAt(i) : data[i].charCodeAt(0)) - 0xDC00 + (w << 10);\n mdb[j++] = 240 + ((ww>>>18) & 0x07);\n mdb[j++] = 144 + ((ww>>>12) & 0x3F);\n mdb[j++] = 128 + ((ww>>>6) & 0x3F);\n mdb[j++] = 128 + (ww & 0x3F);\n } else {\n mdb[j++] = 224 + (w >> 12);\n mdb[j++] = 128 + ((w >> 6)&63);\n mdb[j++] = 128 + (w&63);\n }\n }\n mdb.length = j;\n if(ofmt === undefined || ofmt === 'buf') return mdb;\n if(ofmt !== 'arr') return mdb.toString('binary');\n return [].slice.call(mdb);\n };\n }\n\n var encache = function encache() {\n if(has_buf) {\n if(cpdcache[sbcs_cache[0]]) return;\n var i, s;\n for(i = 0; i < sbcs_cache.length; ++i) {\n s = sbcs_cache[i];\n if(cpt[s]) {\n cpdcache[s] = sbcs_decode(s);\n cpecache[s] = sbcs_encode(s);\n }\n }\n for(i = 0; i < dbcs_cache.length; ++i) {\n s = dbcs_cache[i];\n if(cpt[s]) {\n cpdcache[s] = dbcs_decode(s);\n cpecache[s] = dbcs_encode(s);\n }\n }\n for(i = 0; i < magic_cache.length; ++i) {\n s = magic_cache[i];\n if(magic_decode[s]) cpdcache[s] = magic_decode[s];\n if(magic_encode[s]) cpecache[s] = magic_encode[s];\n }\n }\n };\n var cp_decache = function cp_decache(cp) { cpdcache[cp] = cpecache[cp] = undefined; };\n var decache = function decache() {\n if(has_buf) {\n if(!cpdcache[sbcs_cache[0]]) return;\n sbcs_cache.forEach(cp_decache);\n dbcs_cache.forEach(cp_decache);\n magic_cache.forEach(cp_decache);\n }\n last_enc = last_cp = undefined;\n };\n var cache = {\n encache: encache,\n decache: decache,\n sbcs: sbcs_cache,\n dbcs: dbcs_cache\n };\n\n encache();\n\n var BM = \"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/\";\n var SetD = \"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789'(),-./:?\";\n var last_enc, last_cp;\n var encode = function encode(cp, data, ofmt) {\n if(cp === last_cp) { return last_enc(data, ofmt); }\n if(cpecache[cp] !== undefined) { last_enc = cpecache[last_cp=cp]; return last_enc(data, ofmt); }\n if(has_buf && Buffer.isBuffer(data)) data = data.toString('utf8');\n var len = data.length;\n var out = has_buf ? new Buffer(4*len) : [], w, i, j = 0, c, tt, ww;\n var C = cpt[cp], E, M;\n if(C && (E=C.enc)) for(i = 0; i < len; ++i, ++j) {\n w = E[data[i]];\n out[j] = w&255;\n if(w > 255) {\n out[j] = w>>8;\n out[++j] = w&255;\n }\n }\n else if((M=magic[cp])) switch(M) {\n case \"utf8\":\n if(has_buf && typeof data === \"string\") { out = new Buffer(data, M); j = out.length; break; }\n for(i = 0; i < len; ++i, ++j) {\n w = data[i].charCodeAt(0);\n if(w <= 0x007F) out[j] = w;\n else if(w <= 0x07FF) {\n out[j] = 192 + (w >> 6);\n out[++j] = 128 + (w&63);\n } else if(w >= 0xD800 && w <= 0xDFFF) {\n w -= 0xD800;\n ww = data[++i].charCodeAt(0) - 0xDC00 + (w << 10);\n out[j] = 240 + ((ww>>>18) & 0x07);\n out[++j] = 144 + ((ww>>>12) & 0x3F);\n out[++j] = 128 + ((ww>>>6) & 0x3F);\n out[++j] = 128 + (ww & 0x3F);\n } else {\n out[j] = 224 + (w >> 12);\n out[++j] = 128 + ((w >> 6)&63);\n out[++j] = 128 + (w&63);\n }\n }\n break;\n case \"ascii\":\n if(has_buf && typeof data === \"string\") { out = new Buffer(data, M); j = out.length; break; }\n for(i = 0; i < len; ++i, ++j) {\n w = data[i].charCodeAt(0);\n if(w <= 0x007F) out[j] = w;\n else throw new Error(\"bad ascii \" + w);\n }\n break;\n case \"utf16le\":\n if(has_buf && typeof data === \"string\") { out = new Buffer(data, M); j = out.length; break; }\n for(i = 0; i < len; ++i) {\n w = data[i].charCodeAt(0);\n out[j++] = w&255;\n out[j++] = w>>8;\n }\n break;\n case \"utf16be\":\n for(i = 0; i < len; ++i) {\n w = data[i].charCodeAt(0);\n out[j++] = w>>8;\n out[j++] = w&255;\n }\n break;\n case \"utf32le\":\n for(i = 0; i < len; ++i) {\n w = data[i].charCodeAt(0);\n if(w >= 0xD800 && w <= 0xDFFF) w = 0x10000 + ((w - 0xD800) << 10) + (data[++i].charCodeAt(0) - 0xDC00);\n out[j++] = w&255; w >>= 8;\n out[j++] = w&255; w >>= 8;\n out[j++] = w&255; w >>= 8;\n out[j++] = w&255;\n }\n break;\n case \"utf32be\":\n for(i = 0; i < len; ++i) {\n w = data[i].charCodeAt(0);\n if(w >= 0xD800 && w <= 0xDFFF) w = 0x10000 + ((w - 0xD800) << 10) + (data[++i].charCodeAt(0) - 0xDC00);\n out[j+3] = w&255; w >>= 8;\n out[j+2] = w&255; w >>= 8;\n out[j+1] = w&255; w >>= 8;\n out[j] = w&255; w >>= 8;\n j+=4;\n }\n break;\n case \"utf7\":\n for(i = 0; i < len; i++) {\n c = data[i];\n if(c === \"+\") { out[j++] = 0x2b; out[j++] = 0x2d; continue; }\n if(SetD.indexOf(c) > -1) { out[j++] = c.charCodeAt(0); continue; }\n tt = encode(1201, c);\n out[j++] = 0x2b;\n out[j++] = BM.charCodeAt(tt[0]>>2);\n out[j++] = BM.charCodeAt(((tt[0]&0x03)<<4) + ((tt[1]||0)>>4));\n out[j++] = BM.charCodeAt(((tt[1]&0x0F)<<2) + ((tt[2]||0)>>6));\n out[j++] = 0x2d;\n }\n break;\n default: throw new Error(\"Unsupported magic: \" + cp + \" \" + magic[cp]);\n }\n else throw new Error(\"Unrecognized CP: \" + cp);\n out.length = j;\n out = out.slice(0,j);\n if(typeof Buffer === 'undefined') return (ofmt == 'str') ? out.map(sfcc).join(\"\") : out;\n if(ofmt === undefined || ofmt === 'buf') return out;\n if(ofmt !== 'arr') return out.toString('binary');\n return [].slice.call(out);\n };\n var decode = function decode(cp, data) {\n var F; if((F=cpdcache[cp])) return F(data);\n var len = data.length, out = new Array(len), w, i, j = 1, k = 0, ww;\n var C = cpt[cp], D, M;\n if(C && (D=C.dec)) {\n if(typeof data === \"string\") data = data.split(\"\").map(cca);\n for(i = 0; i < len; i+=j) {\n j = 2;\n w = D[(data[i]<<8)+ data[i+1]];\n if(!w) {\n j = 1;\n w = D[data[i]];\n }\n if(!w) throw new Error('Unrecognized code: ' + data[i] + ' ' + data[i+j-1] + ' ' + i + ' ' + j + ' ' + D[data[i]]);\n out[k++] = w;\n }\n }\n else if((M=magic[cp])) switch(M) {\n case \"utf8\":\n i = 0;\n if(len >= 3 && data[0] == 0xEF) if(data[1] == 0xBB && data[2] == 0xBF) i = 3;\n for(; i < len; i+=j) {\n j = 1;\n if(data[i] < 128) w = data[i];\n else if(data[i] < 224) { w=(data[i]&31)*64+(data[i+1]&63); j=2; }\n else if(data[i] < 240) { w=((data[i]&15)<<12)+(data[i+1]&63)*64+(data[i+2]&63); j=3; }\n else { w=(data[i]&7)*262144+((data[i+1]&63)<<12)+(data[i+2]&63)*64+(data[i+3]&63); j=4; }\n if(w < 65536) { out[k++] = String.fromCharCode(w); }\n else {\n w -= 65536; ww = 0xD800 + ((w>>10)&1023); w = 0xDC00 + (w&1023);\n out[k++] = String.fromCharCode(ww); out[k++] = String.fromCharCode(w);\n }\n }\n break;\n case \"ascii\":\n if(has_buf && Buffer.isBuffer(data)) return data.toString(M);\n for(i = 0; i < len; i++) out[i] = String.fromCharCode(data[i]);\n k = len; break;\n case \"utf16le\":\n i = 0;\n if(len >= 2 && data[0] == 0xFF) if(data[1] == 0xFE) i = 2;\n if(has_buf && Buffer.isBuffer(data)) return data.toString(M);\n j = 2;\n for(; i < len; i+=j) {\n out[k++] = String.fromCharCode((data[i+1]<<8) + data[i]);\n }\n break;\n case \"utf16be\":\n i = 0;\n if(len >= 2 && data[0] == 0xFE) if(data[1] == 0xFF) i = 2;\n j = 2;\n for(; i < len; i+=j) {\n out[k++] = String.fromCharCode((data[i]<<8) + data[i+1]);\n }\n break;\n case \"utf32le\":\n i = 0;\n if(len >= 4 && data[0] == 0xFF) if(data[1] == 0xFE && data[2] == 0 && data[3] == 0) i = 4;\n j = 4;\n for(; i < len; i+=j) {\n w = (data[i+3]<<24) + (data[i+2]<<16) + (data[i+1]<<8) + (data[i]);\n if(w > 0xFFFF) {\n w -= 0x10000;\n out[k++] = String.fromCharCode(0xD800 + ((w >> 10) & 0x3FF));\n out[k++] = String.fromCharCode(0xDC00 + (w & 0x3FF));\n }\n else out[k++] = String.fromCharCode(w);\n }\n break;\n case \"utf32be\":\n i = 0;\n if(len >= 4 && data[3] == 0xFF) if(data[2] == 0xFE && data[1] == 0 && data[0] == 0) i = 4;\n j = 4;\n for(; i < len; i+=j) {\n w = (data[i]<<24) + (data[i+1]<<16) + (data[i+2]<<8) + (data[i+3]);\n if(w > 0xFFFF) {\n w -= 0x10000;\n out[k++] = String.fromCharCode(0xD800 + ((w >> 10) & 0x3FF));\n out[k++] = String.fromCharCode(0xDC00 + (w & 0x3FF));\n }\n else out[k++] = String.fromCharCode(w);\n }\n break;\n case \"utf7\":\n i = 0;\n if(len >= 4 && data[0] == 0x2B && data[1] == 0x2F && data[2] == 0x76) {\n if(len >= 5 && data[3] == 0x38 && data[4] == 0x2D) i = 5;\n else if(data[3] == 0x38 || data[3] == 0x39 || data[3] == 0x2B || data[3] == 0x2F) i = 4;\n }\n for(; i < len; i+=j) {\n if(data[i] !== 0x2b) { j=1; out[k++] = String.fromCharCode(data[i]); continue; }\n j=1;\n if(data[i+1] === 0x2d) { j = 2; out[k++] = \"+\"; continue; }\n while(String.fromCharCode(data[i+j]).match(/[A-Za-z0-9+\\/]/)) j++;\n var dash = 0;\n if(data[i+j] === 0x2d) { ++j; dash=1; }\n var tt = [];\n var o64;\n var c1, c2, c3;\n var e1, e2, e3, e4;\n for(var l = 1; l < j - dash;) {\n e1 = BM.indexOf(String.fromCharCode(data[i+l++]));\n e2 = BM.indexOf(String.fromCharCode(data[i+l++]));\n c1 = e1 << 2 | e2 >> 4;\n tt.push(c1);\n e3 = BM.indexOf(String.fromCharCode(data[i+l++]));\n if(e3 === -1) break;\n c2 = (e2 & 15) << 4 | e3 >> 2;\n tt.push(c2);\n e4 = BM.indexOf(String.fromCharCode(data[i+l++]));\n if(e4 === -1) break;\n c3 = (e3 & 3) << 6 | e4;\n if(e4 < 64) tt.push(c3);\n }\n if((tt.length & 1) === 1) tt.length--;\n o64 = decode(1201, tt);\n for(l = 0; l < o64.length; ++l) out[k++] = o64[l];\n }\n break;\n default: throw new Error(\"Unsupported magic: \" + cp + \" \" + magic[cp]);\n }\n else throw new Error(\"Unrecognized CP: \" + cp);\n out.length = k;\n return out.join(\"\");\n };\n var hascp = function hascp(cp) { return cpt[cp] || magic[cp]; };\n cpt.utils = { decode: decode, encode: encode, hascp: hascp, magic: magic, cache:cache };\n return cpt;\n}));\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/xlsx-utils/dist/cpexcel.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/xlsx-utils/license": {
"text": "Copyright (C) 2012-2015 SheetJS\n\n Licensed under the Apache License, Version 2.0 (the \"License\");\n you may not use this file except in compliance with the License.\n You may obtain a copy of the License at\n\n http://www.apache.org/licenses/LICENSE-2.0\n\n Unless required by applicable law or agreed to in writing, software\n distributed under the License is distributed on an \"AS IS\" BASIS,\n WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n See the License for the specific language governing permissions and\n limitations under the License.\n\nExcept where noted, this license applies to any and all software programs and associated documentation files created by the Original Author and distributed with the Software:\n\n'jszip.js' is a modified version of JSZip, Copyright (c) Stuart Knightley, David Duponchel, Franz Buchinger, Ant'onio Afonso. JSZip is dual licensed and is used according to the terms of the MIT License.\n",
"type": "text/plain",
"title": "$:/plugins/tiddlywiki/xlsx-utils/license"
},
"$:/language/Help/xlsx-import": {
"title": "$:/language/Help/xlsx-import",
"description": "Import tiddlers from an XLSX spreadsheet file",
"text": "Imports tiddlers from an XLSX spreadsheet file\n\n```\n--xlsx-import <filename> <importSpec>\n```\n\n* ''filename'': filename of the `.xlsx` file\n* ''title'': title of the import specification tiddler to be used for the import"
},
"$:/plugins/tiddlywiki/xlsx-utils/importer.js": {
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/xlsx-utils/importer.js\ntype: application/javascript\nmodule-type: library\n\nClass to import an Excel file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DEFAULT_IMPORT_SPEC_TITLE = \"$:/config/plugins/tiddlywiki/xlsx-utils/default-import-spec\";\n\nvar XLSX = require(\"$:/plugins/tiddlywiki/xlsx-utils/xlsx.js\"),\n\tJSZip = require(\"$:/plugins/tiddlywiki/jszip/jszip.js\");\n\nvar XLSXImporter = function(options) {\n\tthis.filename = options.filename;\n\tthis.text = options.text;\n\tthis.importSpec = options.importSpec || $tw.wiki.getTiddlerText(DEFAULT_IMPORT_SPEC_TITLE);\n\tthis.logger = new $tw.utils.Logger(\"xlsx-utils\");\n\tthis.results = [];\n\tif(JSZip) {\n\t\tthis.processWorkbook();\t\t\n\t}\n};\n\nXLSXImporter.prototype.getResults = function() {\n\treturn this.results;\n};\n\nXLSXImporter.prototype.processWorkbook = function() {\n\t// Read the workbook\n\tif(this.filename) {\n\t\tthis.workbook = XLSX.readFile(this.filename);\t\n\t} else if(this.text) {\n\t\tthis.workbook = XLSX.read(this.text,{type:\"base64\"});\n\t}\n\t// Read the root import specification\n\tthis.rootImportSpec = $tw.wiki.getTiddler(this.importSpec);\n\tif(this.rootImportSpec) {\n\t\t// Iterate through the sheets specified in the list field\n\t\t$tw.utils.each(this.rootImportSpec.fields.list || [],this.processSheet.bind(this));\n\t}\n};\n\nXLSXImporter.prototype.processSheet = function(sheetImportSpecTitle) {\n\t// Get the sheet import specifier\n\tthis.sheetImportSpec = $tw.wiki.getTiddler(sheetImportSpecTitle);\n\tif(this.sheetImportSpec) {\n\t\tthis.sheetName = this.sheetImportSpec.fields[\"import-sheet-name\"];\n\t\tthis.sheet = this.workbook.Sheets[this.sheetName];\n\t\tif(!this.sheet) {\n\t\t\tthis.logger.alert(\"Missing sheet '\" + this.sheetName + \"'\");\n\t\t} else {\n\t\t\t// Get the size of the sheet\n\t\t\tthis.sheetSize = this.measureSheet(this.sheet);\n\t\t\t// Read the column names from the first row\n\t\t\tthis.columnsByName = this.findColumns(this.sheet,this.sheetSize);\n\t\t\t// Iterate through the rows\n\t\t\tfor(this.row=this.sheetSize.startRow+1; this.row<=this.sheetSize.endRow; this.row++) {\n\t\t\t\t// Iterate through the row import specifiers\n\t\t\t\t$tw.utils.each(this.sheetImportSpec.fields.list || [],this.processRow.bind(this));\t\t\t\t\t\n\t\t\t}\n\t\t}\n\t}\n};\n\nXLSXImporter.prototype.processRow = function(rowImportSpecTitle) {\n\tthis.rowImportSpec = $tw.wiki.getTiddler(rowImportSpecTitle);\n\tif(this.rowImportSpec) {\n\t\tthis.tiddlerFields = {};\n\t\tthis.skipTiddler = false;\n\t\t// Determine the type of row\n\t\tthis.rowType = this.rowImportSpec.fields[\"import-row-type\"] || \"by-field\";\n\t\tswitch(this.rowType) {\n\t\t\tcase \"by-column\":\n\t\t\t\tthis.processRowByColumn();\n\t\t\t\tbreak;\n\t\t\tcase \"by-field\":\n\t\t\t\tthis.processRowByField();\n\t\t\t\tbreak;\n\t\t}\n\t\t// Save the tiddler if not skipped\n\t\tif(!this.skipTiddler) {\n\t\t\tif(!this.tiddlerFields.title) {\n\t\t\t\tthis.logger.alert(\"Missing title field for \" + JSON.stringify(this.tiddlerFields));\n\t\t\t}\n\t\t\tthis.results.push(this.tiddlerFields);\t\t\t\t\t\t\t\t\n\t\t}\n\t}\n};\n\nXLSXImporter.prototype.processRowByColumn = function() {\n\tvar self = this;\n\t// Iterate through the columns for the row\n\t$tw.utils.each(this.columnsByName,function(index,name) {\n\t\tvar cell = self.sheet[XLSX.utils.encode_cell({c: self.columnsByName[name], r: self.row})];\n\t\tname = name.toLowerCase();\n\t\tif(cell && cell.w && $tw.utils.isValidFieldName(name)) {\n\t\t\tself.tiddlerFields[name] = cell.w;\t\t\n\t\t}\n\t});\n\t// Skip the tiddler entirely if it doesn't have a title\n\tif(!this.tiddlerFields.title) {\n\t\tthis.skipTiddler = true;\n\t}\n};\n\nXLSXImporter.prototype.processRowByField = function() {\n\t// Iterate through the fields for the row\n\t$tw.utils.each(this.rowImportSpec.fields.list || [],this.processField.bind(this));\n};\n\nXLSXImporter.prototype.processField = function(fieldImportSpecTitle) {\n\tvar fieldImportSpec = $tw.wiki.getTiddler(fieldImportSpecTitle);\n\tif(fieldImportSpec) {\n\t\tvar fieldName = fieldImportSpec.fields[\"import-field-name\"],\n\t\t\tvalue;\n\t\tswitch(fieldImportSpec.fields[\"import-field-source\"]) {\n\t\t\tcase \"column\":\n\t\t\t\tvar columnName = fieldImportSpec.fields[\"import-field-column\"],\n\t\t\t\t\tcell = this.sheet[XLSX.utils.encode_cell({c: this.columnsByName[columnName], r: this.row})];\n\t\t\t\tif(cell) {\n\t\t\t\t\tswitch(fieldImportSpec.fields[\"import-field-type\"] || \"string\") {\n\t\t\t\t\t\tcase \"date\":\n\t\t\t\t\t\t\tif(cell.t === \"n\") {\n\t\t\t\t\t\t\t\tvalue = $tw.utils.stringifyDate(new Date((cell.v - (25567 + 2)) * 86400 * 1000));\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t\tbreak;\n\t\t\t\t\t\tcase \"string\":\n\t\t\t\t\t\t\t// Intentional fall-through\n\t\t\t\t\t\tdefault:\n\t\t\t\t\t\t\tvalue = cell.w;\n\t\t\t\t\t\t\tbreak;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t\tcase \"constant\":\n\t\t\t\tvalue = fieldImportSpec.fields[\"import-field-value\"]\n\t\t\t\tbreak;\n\t\t}\n\t\tvalue = (value || \"\").trim();\n\t\tif(value === \"\") {\n\t\t\tif((fieldImportSpec.fields[\"import-field-skip-tiddler-if-blank\"] || \"\").trim().toLowerCase() === \"yes\") {\n\t\t\t\tthis.skipTiddler = true;\n\t\t\t}\n\t\t\tif(fieldImportSpec.fields[\"import-field-replace-blank\"]) {\n\t\t\t\tvalue = fieldImportSpec.fields[\"import-field-replace-blank\"];\n\t\t\t}\n\t\t}\n\t\tif(fieldImportSpec.fields[\"import-field-prefix\"]) {\n\t\t\tvalue = fieldImportSpec.fields[\"import-field-prefix\"] + value;\n\t\t}\n\t\tif(fieldImportSpec.fields[\"import-field-suffix\"]) {\n\t\t\tvalue = value + fieldImportSpec.fields[\"import-field-suffix\"];\n\t\t}\n\t\tswitch(fieldImportSpec.fields[\"import-field-list-op\"] || \"none\") {\n\t\t\tcase \"none\":\n\t\t\t\tthis.tiddlerFields[fieldName] = value;\n\t\t\t\tbreak;\n\t\t\tcase \"append\":\n\t\t\t\tvar list = $tw.utils.parseStringArray(this.tiddlerFields[fieldName] || \"\");\n\t\t\t\t$tw.utils.pushTop(list,value)\n\t\t\t\tthis.tiddlerFields[fieldName] = list;\n\t\t\t\tbreak;\n\t\t}\n\t}\n}\n\nXLSXImporter.prototype.measureSheet = function(sheet) {\n\tvar sheetRange = XLSX.utils.decode_range(sheet[\"!ref\"]);\n\treturn {\n\t\tstartRow: Math.min(sheetRange.s.r,sheetRange.e.r),\n\t\tendRow: Math.max(sheetRange.s.r,sheetRange.e.r),\n\t\tstartCol: Math.min(sheetRange.s.c,sheetRange.e.c),\n\t\tendCol: Math.max(sheetRange.s.c,sheetRange.e.c)\n\t}\n};\n\nXLSXImporter.prototype.findColumns = function(sheet,sheetSize) {\n\tvar columnsByName = {};\n\tfor(var col=sheetSize.startCol; col<=sheetSize.endCol; col++) {\n\t\tvar cell = sheet[XLSX.utils.encode_cell({c: col, r: sheetSize.startRow})],\n\t\t\tcolumnName;\n\t\tif(cell) {\n\t\t\tcolumnName = cell.w;\n\t\t\tif(columnName) {\n\t\t\t\tcolumnsByName[columnName] = col;\t\t\t\t\t\t\t\n\t\t\t}\n\t\t}\n\t}\n\treturn columnsByName;\n};\n\nexports.XLSXImporter = XLSXImporter;\n\n})();\n",
"title": "$:/plugins/tiddlywiki/xlsx-utils/importer.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/tiddlywiki/xlsx-utils/readme": {
"title": "$:/plugins/tiddlywiki/xlsx-utils/readme",
"text": "This plugin provides a flexible way to import tiddlers from Excel files. It is based on the library [[js-xlsx|https://github.com/SheetJS/js-xlsx]].\n\nThe plugin uses //import specifications// to determine how incoming spreadsheets are processed. You can view, create and edit import specifications in the control panel \"XLSX Utilities\" tab, or directly in the [[plugin controls|$:/plugins/tiddlywiki/xlsx-utils]]. This is also where you select which import specification is selected for use during the next import operation.\n\nEach sheet is expected to consist of a single header row followed by multiple content rows, each consisting of an independent record. The plugin automatically detects the extent of each sheet by looking for the bottom right cell that contains a value. This can lead to unexpected results if a cell is accidentally created with an invisible, blank value.\n\nImport specifications describe how tiddlers are created from a particular row of a sheet; multiple tiddlers can be generated from a single row.\n\nEach field of each tiddler can be assigned a constant value, or a value taken from a named column of the sheet, optionally with a prefix and/or suffix added. There is special support for handling list fields (like the tags field), with the ability to append new items to the list.\n\nInternally, each import specifier is actually modelled as a hierarchy of connected tiddlers with the field ''import-spec-role'' indicating the following roles:\n\n* ''workbook'': describes the sheets to be imported from the workbook\n* ''sheet'': describes each sheet to be processed\n* ''row'': describes the tiddlers to be imported from each row of each sheet\n* ''field'': describes the fields to be assigned to each tiddler from each row of each sheet\n\nThe easiest way to understand the structure is to explore the example import specifications, and the corresponding spreadsheets they are designed to handle.\n\nNote that there are many possible different ways of importing a particular spreadsheet, depending on whether the structures are modelled with fields, tags, prefixes or other mechanisms. The plugin is designed to support a wide range of applications.\n\nThis plugin also requires the JSZip plugin ([[$:/plugins/tiddlywiki/jszip]]) to be installed.\n"
},
"$:/plugins/tiddlywiki/xlsx-utils/startup.js": {
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/xlsx-utils/startup.js\ntype: application/javascript\nmodule-type: startup\n\nInitialisation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"xlsx-startup\";\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Check JSZip is installed\n\tif(!$tw.utils.hop($tw.modules.titles,\"$:/plugins/tiddlywiki/jszip/jszip.js\")) {\n\t\t// Make a logger\n\t\tvar logger = new $tw.utils.Logger(\"xlsx-utils\");\n\t\tlogger.alert(\"The plugin 'xlsx-utils' requires the 'jszip' plugin to be installed\");\n\t}\n};\n\n})();\n",
"title": "$:/plugins/tiddlywiki/xlsx-utils/startup.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/plugins/tiddlywiki/xlsx-utils/styles": {
"title": "$:/plugins/tiddlywiki/xlsx-utils/styles",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\define quick-colour-selector-background() #bac0f1\n\\define quick-colour-selector-border() #9196c1\n\n\\define quick-colour-editor-background() #bae3f1\n\\define quick-colour-editor-controls() #d2ffff\n\\define quick-colour-editor-border() #97b8c3\n\n\\define quick-colour-workbook-background() #baf1db\n\\define quick-colour-workbook-controls() #d3fff6\n\\define quick-colour-workbook-border() #98c3b2\n\n\\define quick-colour-sheet-background() #f1ebba\n\\define quick-colour-sheet-controls() #fffed3\n\\define quick-colour-sheet-border() #c4be98\n\n\\define quick-colour-row-background() #f1baba\n\\define quick-colour-row-controls() #fed1d2\n\\define quick-colour-row-border() #c39697\n\n\\define quick-colour-field-background() #e0d4fb\n\\define quick-colour-field-controls() #fcefff\n\\define quick-colour-field-border() #b6adcb\n\n\n\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n.tc-import-spec-selector {\n\tborder: 1px solid <<quick-colour-selector-border>>;\n\tbackground-color: <<quick-colour-selector-background>>;\n\tpadding: 0.25em;\n}\n\n.tc-import-spec-editor-wrapper {\n\tborder: 1px solid <<quick-colour-editor-border>>;\n\tbackground-color: <<quick-colour-editor-background>>;\n\tpadding: 0.25em;\n}\n\n.tc-import-spec-editor {\n\tborder: 1px solid <<quick-colour-editor-border>>;\n\tbackground-color: <<colour background>>;\n\tmargin: 0.25em;\n}\n\n.tc-import-spec-editor-controls {\n\tdisplay: block;\n\tbackground-color: <<quick-colour-editor-controls>>;\n\tborder-bottom: 1px solid <<quick-colour-editor-background>>;\n\tpadding: 0;\n\tmargin: 0;\n\tlist-style: none;\n}\n\n.tc-import-spec-editor-controls li {\n\tpadding: 0.25em 0.5em;\n}\n\n.tc-import-spec-editor-controls li:not(:last-child) {\n\tborder-bottom: 1px solid <<quick-colour-editor-background>>;\n}\n\n.tc-import-spec-editor-list {\n}\n\n.tc-import-spec-workbook-wrapper {\n\tborder: 1px solid <<quick-colour-workbook-border>>;\n\tbackground-color: <<quick-colour-workbook-background>>;\n\tpadding: 0.25em;\n\tmargin: 0.5em;\n}\n\n.tc-import-spec-workbook {\n\tborder: 1px solid <<quick-colour-workbook-border>>;\n\tbackground-color: <<colour background>>;\n\tmargin: 0.25em;\n}\n\n.tc-import-spec-workbook-controls {\n\tdisplay: block;\n\tbackground-color: <<quick-colour-workbook-controls>>;\n\tborder-bottom: 1px solid <<quick-colour-workbook-background>>;\n\tpadding: 0;\n\tmargin: 0;\n\tlist-style: none;\n}\n\n.tc-import-spec-workbook-controls li {\n\tpadding: 0.25em 0.5em;\n}\n\n.tc-import-spec-workbook-controls li:not(:last-child) {\n\tborder-bottom: 1px solid <<quick-colour-workbook-background>>;\n}\n\n.tc-import-spec-workbook-list {\n}\n\n.tc-import-spec-sheet-wrapper {\n\tborder: 1px solid <<quick-colour-sheet-border>>;\n\tbackground-color: <<quick-colour-sheet-background>>;\n\tpadding: 0.25em;\n\tmargin: 0.5em;\n}\n\n.tc-import-spec-sheet {\n\tborder: 1px solid <<quick-colour-sheet-border>>;\n\tbackground-color: <<colour background>>;\n\tmargin: 0.25em;\n}\n\n.tc-import-spec-sheet-controls {\n\tdisplay: block;\n\tbackground-color: <<quick-colour-sheet-controls>>;\n\tborder-bottom: 1px solid <<quick-colour-sheet-background>>;\n\tpadding: 0;\n\tmargin: 0;\n\tlist-style: none;\n}\n\n.tc-import-spec-sheet-controls li {\n\tpadding: 0.25em 0.5em;\n}\n\n.tc-import-spec-sheet-controls li:not(:last-child) {\n\tborder-bottom: 1px solid <<quick-colour-sheet-background>>;\n}\n\n.tc-import-spec-sheet-list {\n}\n\n.tc-import-spec-row-wrapper {\n\tborder: 1px solid <<quick-colour-row-border>>;\n\tbackground-color: <<quick-colour-row-background>>;\n\tpadding: 0.25em;\n\tmargin: 0.5em;\n}\n\n.tc-import-spec-row {\n\tborder: 1px solid <<quick-colour-row-border>>;\n\tbackground-color: <<colour background>>;\n\tmargin: 0.25em;\n}\n\n.tc-import-spec-row-controls {\n\tdisplay: block;\n\tbackground-color: <<quick-colour-row-controls>>;\n\tborder-bottom: 1px solid <<quick-colour-row-background>>;\n\tpadding: 0;\n\tmargin: 0;\n\tlist-style: none;\n}\n\n.tc-import-spec-row-controls li {\n\tpadding: 0.25em 0.5em;\n}\n\n.tc-import-spec-row-controls li:not(:last-child) {\n\tborder-bottom: 1px solid <<quick-colour-row-background>>;\n}\n\n.tc-import-spec-row-list {\n\tlist-style: none;\n\tpadding: 0;\n\tmargin: 0;\n}\n\n.tc-import-spec-field-wrapper {\n\tfont-size: 0.9em;\n\tborder: 1px solid <<quick-colour-field-border>>;\n\tbackground-color: <<quick-colour-field-background>>;\n\tpadding: 0.25em;\n\tmargin: 0.5em;\n}\n"
},
"$:/plugins/tiddlywiki/xlsx-utils/xlsx-import-command.js": {
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/xlsx-utils/xlsx-import-command.js\ntype: application/javascript\nmodule-type: command\n\nCommand to import an xlsx file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"xlsx-import\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing parameters\";\n\t}\n\tvar self = this,\n\t\twiki = this.commander.wiki,\n\t\tfilename = this.params[0],\n\t\timportSpec = this.params[1],\n\t\tXLSXImporter = require(\"$:/plugins/tiddlywiki/xlsx-utils/importer.js\").XLSXImporter,\n\t\timporter = new XLSXImporter({\n\t\t\tfilename: filename,\n\t\t\timportSpec: importSpec\n\t\t});\n\t$tw.wiki.addTiddlers(importer.getResults());\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/plugins/tiddlywiki/xlsx-utils/xlsx-import-command.js",
"type": "application/javascript",
"module-type": "command"
}
}
}
{
"tiddlers": {
"$:/plugins/tobibeer/appear/widget.js": {
"text": "/*\\\r\ntitle: $:/plugins/tobibeer/appear/widget.js\r\ntype: application/javascript\r\nmodule-type: widget\r\n\r\nUse the appear widget for popups, sliders, accordion menus\r\n\r\n@preserve\r\n\\*/\n(function(){\"use strict\";var t=require(\"$:/core/modules/widgets/widget.js\").widget,e=function(t,e){this.initialise(t,e)},i={};e.prototype=new t;e.prototype.render=function(t,e){this.parentDomNode=t;this.nextSibling=e;this.computeAttributes();this.execute();var i,s,r,a,h,n,l=[];if(this.handle){this.getHandlerCache(this.handle,1);this.refreshHandler()}else{s={type:\"button\"};s.attributes=this.setAttributes(s,\"button\");i=s.attributes[\"class\"].value.trim();s.attributes[\"class\"].value=i+\" appear-show\"+(this.handler?\" tc-popup-absolute\":\"\");s.children=this.wiki.parseText(\"text/vnd.tiddlywiki\",this.show,{parseAsInline:true}).tree;h={type:\"reveal\",children:this.parseTreeNode.children};h.attributes=this.setAttributes(h,\"reveal\");h.isBlock=!(this.mode&&this.mode===\"inline\");if(h.attributes.type&&h.attributes.type.value===\"popup\"){s.attributes.popup=h.attributes.state;l.push(s);if(!this.handler){l.push(h)}else{s.attributes.handler=this.handler}}else{h.attributes.type={type:\"string\",value:\"match\"};h.attributes.text={type:\"string\",value:this.currentTiddler};s.attributes.set=h.attributes.state;s.attributes.setTo={type:\"string\",value:this.currentTiddler};a={type:\"reveal\",isBlock:this.block,children:[s],attributes:{type:{type:\"string\",value:\"nomatch\"},state:h.attributes.state,text:{type:\"string\",value:this.currentTiddler}}};if(!this.once){r=$tw.utils.deepCopy(s);r.attributes[\"class\"].value=i+\" appear-hide \"+(this.attr.button.selectedClass?this.attr.button.selectedClass:\"\");r.attributes.setTo={type:\"string\",value:\"\"};r.children=this.wiki.parseText(\"text/vnd.tiddlywiki\",this.hide,{parseAsInline:true}).tree}n=$tw.utils.deepCopy(a);n.children=[];if(!this.once){n.children.push(r)}if(!this.handler){n.children.push(h)}n.attributes.type.value=\"match\";l.push(a,n)}this.makeChildWidgets(l);this.renderChildren(this.parentDomNode,e);if(this.handler){this.addToHandlerCache(h)}}};e.prototype.execute=function(){var t=this;this.attr={map:{reveal:{\"class\":1,position:1,retain:1,state:1,style:1,tag:1,type:1},button:{\"button-class\":1,\"button-style\":1,\"button-tag\":1,tooltip:1,selectedClass:1}},rename:{\"button-class\":\"class\",\"button-style\":\"style\",\"button-tag\":\"tag\"},button:{},reveal:{}};$tw.utils.each(this.attributes,function(e,i){var s;$tw.utils.each(t.attr.map,function(r,a){$tw.utils.each(Object.keys(r),function(r){if(r==i){t.attr[a][i]=e;s=false;return false}});return s})});this.currentTiddler=this.getVariable(\"currentTiddler\");this.show=this.getValue(this.attributes.show,\"show\");this.hide=this.getValue(this.attributes.hide,\"hide\");if(!this.hide){this.hide=this.show}this.once=this.attributes.once&&this.attributes.once!==\"false\";this.$state=this.attributes.$state;this.mode=this.getValue(this.attributes.mode,\"mode\");this.handle=this.attributes.handle;this.handler=this.attributes.handler;this.handlerVariables=(this.attributes.variables||\"\")+\" currentTiddler\";this.keep=[\"yes\",\"true\"].indexOf((this.getValue(this.attributes.keep,\"keep\")||\"\").toLocaleLowerCase())>-1;if(!this.attr.reveal.state){this.attr.reveal.state=this.getValue(undefined,\"default-state\")+this.currentTiddler+this.getStateQualifier()+\"/\"+(this.attr.reveal.type?this.attr.reveal.type+\"/\":\"\")+(this.mode?this.mode+\"/\":\"\")+(this.once?\"once/\":\"\")+(this.$state?\"/\"+this.$state:\"\")}};e.prototype.refresh=function(t){var e=this.computeAttributes();if(Object.keys(e).length){this.refreshSelf();return true}if(this.handle){this.refreshHandler()}return this.refreshChildren(t)};e.prototype.getValue=function(t,e){var i,s,r={show:\"»\",\"default-state\":\"$:/temp/appear/\"};if(t===undefined){i=this.wiki.getTiddler(\"$:/plugins/tobibeer/appear/defaults/\"+e);if(i){s=i.getFieldString(\"undefined\");if(!s||s===\"false\"){t=i.getFieldString(\"text\")}}}if(t===undefined){t=r[e]}return t};e.prototype.setAttributes=function(t,e){var i=this,s={};$tw.utils.each(Object.keys(this.attr.map[e]),function(r){var a,h=i.attr.rename[r];if(!h){h=r}a=i.getValue(i.attr[e][r],r);if(h===\"class\"){a=[\"appear\",\"appear-\"+e,e===\"reveal\"&&i.keep?\"tc-popup-keep\":\"\",i.mode?\"appear-\"+i.mode:\"\",i.once?\"appear-once\":\"\",a||\"\"].join(\" \")}if(a!==undefined){if(h===\"tag\"){t.tag=a}else{s[h]={type:\"string\",value:a}}}});return s};e.prototype.getHandlerCache=function(t,e){var s=i[t];if(!s||e){i[t]={handled:{},handle:{}};s=i[t]}return s};e.prototype.refreshHandler=function(){var t=this,e=this.getHandlerCache(this.handle),s=e.handle;if(Object.keys(s).length){$tw.utils.each(s,function(e,i){t.removeChildNode(i);t.children.push(t.makeChildWidget(e));t.children[t.children.length-1].render(t.parentDomNode,t.nextSibling)});i[this.handle].handle={}}};e.prototype.removeChildNode=function(t){var e=this;$tw.utils.each(this.children,function(i,s){if(i.children[0].state===t){i.removeChildDomNodes();e.children.splice(s);return false}})};e.prototype.addToHandlerCache=function(t){var e=this,i=t.attributes.state.value,s=this.getHandlerCache(this.handler),r=s.handled[i],a={type:\"vars\",children:[t],attributes:{}};$tw.utils.each((this.handlerVariables||\"\").split(\" \"),function(t){t=t.trim();if(t){a.attributes[t]={type:\"string\",value:(e.getVariable(t)||\"\").toString()}}});if(a!==r){s.handle[i]=a;this.wiki.setText(\"$:/temp/appear-handler/\"+this.handler,\"text\",undefined,i)}};exports.appear=e})();",
"title": "$:/plugins/tobibeer/appear/widget.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/plugins/tobibeer/appear/defaults/show": {
"title": "$:/plugins/tobibeer/appear/defaults/show",
"text": "»"
},
"$:/plugins/tobibeer/appear/defaults/mode": {
"title": "$:/plugins/tobibeer/appear/defaults/mode",
"text": "block"
},
"$:/plugins/tobibeer/appear/defaults/keep": {
"title": "$:/plugins/tobibeer/appear/defaults/keep",
"text": "yes"
},
"$:/plugins/tobibeer/appear/defaults/button-class": {
"title": "$:/plugins/tobibeer/appear/defaults/button-class",
"text": "tc-btn-invisible tc-tiddlylink"
},
"$:/plugins/tobibeer/appear/defaults/default-state": {
"title": "$:/plugins/tobibeer/appear/defaults/default-state",
"text": "$:/temp/appear/"
},
"$:/plugins/tobibeer/appear/popup.js": {
"text": "/*\\\r\ntitle: $:/plugins/tobibeer/appear/popup.js\r\ntype: application/javascript\r\nmodule-type: utils\r\n\r\nAn enhanced version of the core Popup to support:\r\n* absolute popups\r\n* preview popups\r\n* popup z-index\r\n\r\n@preserve\r\n\\*/\n(function(){\"use strict\";var t=require(\"$:/core/modules/utils/dom/popup.js\").Popup,e=require(\"$:/core/modules/widgets/reveal.js\").reveal,s=e.prototype.refresh;t.prototype.show=function(t){var e,s=t.domNode,p=$tw.utils.hasClass(s,\"tc-popup-absolute\"),o=this.popupInfo(s),i=function(t){var e=t,s=0,p=0;do{s+=e.offsetLeft||0;p+=e.offsetTop||0;e=e.offsetParent}while(e);return{left:s,top:p}},l={left:s.offsetLeft,top:s.offsetTop};e=o.popupLevel;if(o.isHandle){e++}this.cancel(e);if(this.findPopup(t.title)===-1){this.popups.push({title:t.title,wiki:t.wiki,domNode:s})}l=p?i(s):l;t.wiki.setTextReference(t.title,\"(\"+l.left+\",\"+l.top+\",\"+s.offsetWidth+\",\"+s.offsetHeight+\")\");if(this.popups.length>0){this.rootElement.addEventListener(\"click\",this,true)}};t.prototype.popupInfo=function(t){var e,s=false,p=t;while(p&&e===undefined){if($tw.utils.hasClass(p,\"tc-popup-handle\")||$tw.utils.hasClass(p,\"tc-popup-keep\")){s=true}if($tw.utils.hasClass(p,\"tc-reveal\")&&($tw.utils.hasClass(p,\"tc-popup\")||$tw.utils.hasClass(p,\"tc-popup-handle\"))){e=parseInt(p.style.zIndex)-1e3}p=p.parentNode}var o={popupLevel:e||0,isHandle:s};return o};t.prototype.handleEvent=function(t){if(t.type===\"click\"){var e=this.popupInfo(t.target),s=e.popupLevel-1;if(e.isHandle){if(s<0){s=1}else{s++}}this.cancel(s)}};e.prototype.refresh=function(){var t,e,p=this.isOpen;e=s.apply(this,arguments);t=this.domNodes[0];if(this.isOpen&&(p!==this.isOpen||!t.style.zIndex)&&t&&(this.type===\"popup\"||$tw.utils.hasClass(t,\"tc-block-dropdown\")&&$tw.utils.hasClass(t,\"tc-reveal\"))){t.style.zIndex=1e3+$tw.popup.popups.length}return e}})();",
"title": "$:/plugins/tobibeer/appear/popup.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/plugins/tobibeer/appear/readme": {
"title": "$:/plugins/tobibeer/appear/readme",
"text": "This plugin provides the ''$appear'' widget that can render popups and sliders (inline or block) as well as accordion menus.\n\n!! Attributes\r\n; type\r\n: set to `popup` to have the content appear as a popup\r\n; show\r\n: the button label\r\n; hide\r\n: the hide button label\r\n; mode\r\n: either `block` or `inline`, with respect to the inner content\r\n: any other mode is interpreted as block mode, without the default styles applying, e.g. drop-shadows\r\n; once\r\n: allows to click the button once, then hides it (unless the state is deleted)\r\n; $state\r\n: the widget calculates a state for you, use this to append a simple id\r\n; state\r\n: alternatively, specify a fully qualified state\r\n; keep\r\n: make popups sticky when `yes` or `true`\r\n; handle / handler / variables\r\n: allows to take the popup contents out of the flow and render them elsewhere on the page\r\n: required to properly create popups in table cells and other constained elements\r\n: specify variables to take along\n\n<br>\n\n; documentation / examples / demos...\r\n: http://tobibeer.github.io/tw5-plugins#appear\r\n"
},
"$:/plugins/tobibeer/appear/styles": {
"title": "$:/plugins/tobibeer/appear/styles",
"tags": "$:/tags/Stylesheet",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline html\n\n<pre>.tc-reveal.appear-block,\r\n.tc-popup.appear {\r\n\tborder-radius: 5px;\r\n\tpadding: 1px 1em;\r\n\t<<box-shadow \"2px 2px 4px rgba(0,0,0,0.3)\">>;\r\n}\r\n.tc-popup.appear {\r\n\tpadding: 0 1em;\r\n\tbackground: <<colour background>>;\r\n}\r\n.appear-reveal.appear-inline{\r\nmargin-left:5px;\r\n}\r\n.appear-reveal.appear-inline.appear-once{\r\nmargin-left:0;\r\n}</pre>"
}
}
}
{
"tiddlers": {
"$:/core/macros/tabs": {
"text": "\\define tabs(tabsList,default,state:\"$:/state/tab\",class,template)\n<div class=\"tc-tab-set $class$\">\n<div class=\"tc-tab-buttons $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\"><$set name=\"save-currentTiddler\" value=<<currentTiddler>>><$tiddler tiddler=<<currentTab>>><$button set=<<qualify \"$state$\">> setTo=<<currentTab>> default=\"$default$\" selectedClass=\"tc-tab-selected\" tooltip={{!!tooltip}}>\n<$tiddler tiddler=<<save-currentTiddler>>><<tablink>>\n<$set name=\"tv-wikilinks\" value=\"no\">\n<$transclude tiddler=<<currentTab>> field=\"caption\">\n<$macrocall $name=\"currentTab\" $type=\"text/plain\" $output=\"text/plain\"/>\n</$transclude>\n</$set></$tiddler></$button></$tiddler></$set></$list>\n</div>\n<div class=\"tc-tab-divider $class$\"/>\n<div class=\"tc-tab-content $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\">\n\n<$reveal type=\"match\" state=<<qualify \"$state$\">> text=<<currentTab>> default=\"$default$\">\n\n<$transclude tiddler=\"$template$\" mode=\"block\">\n\n<$transclude tiddler=<<currentTab>> mode=\"block\"/>\n\n</$transclude>\n\n</$reveal>\n\n</$list>\n</div>\n</div>\n\\end\n",
"title": "$:/core/macros/tabs",
"tags": "$:/tags/Macro",
"modifier": "twMat",
"modified": "20170304123501677",
"creator": "twMat",
"created": "20170303214346165"
},
"$:/plugins/TWaddle/TabLinks/macro": {
"created": "20160806203109547",
"creator": "twMat",
"text": "\\define tablink()\n<div class=\"tablink\">\n<$tiddler tiddler=<<currentTab>>>\n<$link to=<<currentTab>> tooltip=\"go to tab\" >\n <span class=\"tablink-btn\">{{$:/core/images/preview-open}}</span>\n</$link>\n<$button message=\"tm-edit-tiddler\" param=<<currentTab>> tooltip=\"edit tab\">\n <span class=\"tablink-btn\">{{$:/core/images/edit-button}}</span>\n</$button>\n</$tiddler>\n</div>\n\\end",
"title": "$:/plugins/TWaddle/TabLinks/macro",
"tags": "$:/tags/Macro",
"modifier": "twMat",
"modified": "20170304132153989"
},
"$:/plugins/TWaddle/TabLinks/Stylesheet": {
"created": "20170304101100313",
"creator": "twMat",
"text": "<pre>\n.tablink {display:none;}\n\n.tc-tab-selected .tablink {\n display:{{$:/plugins/TWaddle/TabLinks/Stylesheet!!display}};\n position:absolute;\n margin:-1.5rem 0 0 -7px;\n font-size:1rem;\n background:white;\n padding:0 5px;\n border:1px solid silver;\n border-radius:2px;\n visibility:hidden;\n opacity:0;\n}\n.tc-tab-selected:hover .tablink {\n visibility:visible;\n opacity:1;\n -webkit-transition:opacity 0.9s;\n -moz-transition:opacity 0.9s;\n -ms-transition:opacity 0.9s; \n -o-transition:opacity 0.9s;\n transition:opacity 0.9s;\n -webkit-transition-timing-function: ease-in; /* Safari and Chrome */\n transition-timing-function: ease-in;\n}\n.tc-tab-buttons .tablink button, .tablink-btn {\n border:0;\n background:transparent;\n padding: 2px 1px;\n margin:0;\n}\n\n.tablink-btn { opacity:.4; }\n\n.tablink-btn:hover { opacity:1; } \n\n.tablink a:hover { text-decoration:none; }\n</pre>",
"type": "text/vnd.tiddlywiki",
"title": "$:/plugins/TWaddle/TabLinks/Stylesheet",
"tags": "$:/tags/Stylesheet",
"modifier": "twMat",
"modified": "20170304153832912",
"display": "inline-block",
"list-after": "$:/themes/tiddlywiki/vanilla/base"
},
"$:/plugins/TWaddle/TabLinks/Toggle": {
"created": "20170115223014606",
"creator": "twMat",
"text": "<<toggle \"$:/plugins/TWaddle/TabLinks/Stylesheet!!display\" inline-block none>>In tabs, display shortcut links to the content tiddler, //when hovering// on the active tab.\n\n",
"title": "$:/plugins/TWaddle/TabLinks/Toggle",
"tags": "$:/tags/ControlPanel/Settings",
"modifier": "twMat",
"modified": "20170304132100553",
"list-before": "",
"caption": "TabLinks"
}
}
}
<<toggle "$:/plugins/TWaddle/TabLinks/Stylesheet!!display" inline-block none>>In tabs, display shortcut links to the content tiddler, //when hovering// on the active tab.
steve@sunyit.edu
DesignWriteStudio
{
"tiddlers": {
"$:/info/browser": {
"title": "$:/info/browser",
"text": "no"
},
"$:/info/node": {
"title": "$:/info/node",
"text": "yes"
}
}
}
$:/themes/tiddlywiki/heavier
{
"tiddlers": {
"$:/themes/tiddlywiki/heavier/base": {
"title": "$:/themes/tiddlywiki/heavier/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\nhtml body strong,\nhtml body button.tc-tiddlylink,\nhtml body a.tc-tiddlylink,\nhtml body a.tc-tiddlylink-shadow,\nhtml body .tc-menu-list-count {\n\tfont-weight: 700;\n}\n\nhtml body h1,\nhtml body h2,\nhtml body h3,\nhtml body h4,\nhtml body h5,\nhtml body h6,\nhtml body a.tc-tiddlylink-shadow.tc-tiddlylink-resolves,\nhtml body button.tc-tag-label,\nhtml body span.tc-tag-label,\nhtml body .tc-sidebar-header .tc-title a.tc-tiddlylink-resolves,\nhtml body .tc-site-title,\nhtml body .tc-titlebar,\nhtml body .tc-subtitle,\nhtml body .tc-tiddler-missing .tc-title,\nhtml body .tc-tab-buttons button,\nhtml body .tc-tiddler-frame .tc-tiddler-body {\n\tfont-weight: 500;\n}\n\nhtml body .tc-view-field-name {\n\tfont-weight: 400;\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/punch/base": {
"title": "$:/themes/tiddlywiki/punch/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n@media screen {\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\tbody.tc-body .tc-story-river {\n\t\tpadding: 0;\n\t}\n\n}\n\nbody.tc-body .tc-tiddler-frame {\n\tborder: 0;\n\tmargin-bottom: 0;\n\tmin-height: 1000px;\n}\n\nbody.tc-body .tc-tiddler-frame > a {\n\ttext-decoration: none;\n\tcolor: <<color foreground>>;\n}\n\nbody.tc-body .tc-tiddler-frame .tc-tiddler-body {\n\ttext-align: center;\n\tmax-width: 850px;\n\tmargin-left: auto;\n\tmargin-right: auto;\n\tmargin-top: -70px;\n}\n\nbody.tc-body .tc-tiddler-frame .tc-tiddler-body ul,\nbody.tc-body .tc-tiddler-frame .tc-tiddler-body ol,\nbody.tc-body .tc-tiddler-frame .tc-tiddler-body p {\n\tfont-size: 27px;\n\tline-height: 1.5;\n}\n\nbody.tc-body .tc-tiddler-frame .tc-tiddler-body ul,\nbody.tc-body .tc-tiddler-frame .tc-tiddler-body ol {\n\ttext-align: left;\n}\n\nbody.tc-body .tc-tiddler-frame .tc-tiddler-body pre, body.tc-body .tc-tiddler-frame .tc-tiddler-body code {\n\tfont-size: 18px;\n\ttext-align: left;\n\tbackground: #121;\n\tcolor: #fff;\n}\n\nbody.tc-body .tc-tiddler-controls button svg {\n\twidth: 20px;\n\theight: 20px;\n}\n\nbody.tc-body .tc-tiddler-view-frame .tc-titlebar, body.tc-body .tc-tiddler-view-frame .tc-topbar {\n\t<<transition \"opacity 200ms ease-in-out\">>\n\topacity: 0;\n}\n\nbody.tc-body .tc-tiddler-view-frame .tc-titlebar:hover, body.tc-body .tc-tiddler-view-frame .tc-topbar:hover {\n\topacity: 1;\n}\n\nbody.tc-body .tc-tiddler-view-frame .tc-titlebar {\n\tfont-size: 20px;\n}\n\nbody.tc-body .tc-tiddler-view-frame .tc-titlebar h2 {\n\tfont-size: 10px;\n}\n\nbody.tc-body .tc-tiddler-view-frame .tc-subtitle, body.tc-body .tc-tiddler-view-frame .tc-tags-wrapper {\n\tdisplay: none;\n}\n\nbody.tc-body h1 {\n\tfont-weight: 700;\n\tfont-size: 60px;\n}\n\nbody.tc-body h2, body.tc-body h3, body.tc-body h4 {\n\tfont-weight: 400;\n}\n\nbody.tc-body h2 {\n\tfont-size: 35px;\n}\n\nbody.tc-body h3 {\n\tfont-size: 24px;\n}\n\nbody.tc-body .tc-tiddler-frame .tc-tiddler-body .tc-diatribe {\n\tmax-height:85vh;\n\t-moz-columns:3;\n\t-webkit-columns:3;\n\tcolumns:3;\n\tfont-size: 10px;\n}\n\n\nbody.tc-body .tc-tiddler-frame .tc-tiddler-body .tc-diatribe p {\n\tmargin: 0 0 0.5em 0;\n}\n\nbody.tc-body .tc-tiddler-frame .tc-tiddler-body .tc-diatribe ul,\nbody.tc-body .tc-tiddler-frame .tc-tiddler-body .tc-diatribe ol,\nbody.tc-body .tc-tiddler-frame .tc-tiddler-body .tc-diatribe p {\n\tfont-size: 10px;\n\ttext-align: left;\n}\n\n} /* @media screen */\n\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/snowwhite/base": {
"title": "$:/themes/tiddlywiki/snowwhite/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n.tc-sidebar-header {\n\ttext-shadow: 0 1px 0 <<colour sidebar-foreground-shadow>>;\n}\n\n.tc-tiddler-info {\n\t<<box-shadow \"inset 1px 2px 3px rgba(0,0,0,0.1)\">>\n}\n\n@media screen {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow \"1px 1px 5px rgba(0, 0, 0, 0.3)\">>\n\t}\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow none>>\n\t}\n}\n\n.tc-page-controls button svg, .tc-tiddler-controls button svg, .tc-topbar button svg {\n\t<<transition \"fill 150ms ease-in-out\">>\n}\n\n.tc-tiddler-controls button.tc-selected,\n.tc-page-controls button.tc-selected {\n\t<<filter \"drop-shadow(0px -1px 2px rgba(0,0,0,0.25))\">>\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-edit-tags {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-tiddler-frame .tc-edit-tags input.tc-edit-texteditor {\n\t<<box-shadow \"none\">>\n\tborder: none;\n\toutline: none;\n}\n\ncanvas.tc-edit-bitmapeditor {\n\t<<box-shadow \"2px 2px 5px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-drop-down {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-block-dropdown {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-modal {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n}\n\n.tc-modal-footer {\n\tborder-radius: 0 0 6px 6px;\n\t<<box-shadow \"inset 0 1px 0 #fff\">>;\n}\n\n\n.tc-alert {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.6)\">>\n}\n\n.tc-notification {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n\ttext-shadow: 0 1px 0 rgba(255,255,255, 0.8);\n}\n\n.tc-sidebar-lists .tc-tab-set .tc-tab-divider {\n\tborder-top: none;\n\theight: 1px;\n\t<<background-linear-gradient \"left, rgba(0,0,0,0.15) 0%, rgba(0,0,0,0.0) 100%\">>\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button {\n\t<<background-linear-gradient \"left, rgba(0,0,0,0.01) 0%, rgba(0,0,0,0.1) 100%\">>\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button.tc-tab-selected {\n\t<<background-linear-gradient \"left, rgba(0,0,0,0.05) 0%, rgba(255,255,255,0.05) 100%\">>\n}\n\n.tc-message-box img {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n\n.tc-plugin-info {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/vanilla/themetweaks": {
"title": "$:/themes/tiddlywiki/vanilla/themetweaks",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ThemeTweaks/ThemeTweaks}}",
"text": "\\define lingo-base() $:/language/ThemeTweaks/\n\n\\define replacement-text()\n[img[$(imageTitle)$]]\n\\end\n\n\\define backgroundimage-dropdown()\n<div class=\"tc-drop-down-wrapper\">\n<$button popup=<<qualify \"$:/state/popup/themetweaks/backgroundimage\">> class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/themetweaks/backgroundimage\">> type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$macrocall $name=\"image-picker\" actions=\"\"\"\n\n<$action-setfield\n\t$tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\"\n\t$value=<<imageTitle>>\n/>\n\n\"\"\"/>\n</div>\n</$reveal>\n</div>\n\\end\n\n\\define backgroundimageattachment-dropdown()\n<$select tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment\" default=\"scroll\">\n<option value=\"scroll\"><<lingo Settings/BackgroundImageAttachment/Scroll>></option>\n<option value=\"fixed\"><<lingo Settings/BackgroundImageAttachment/Fixed>></option>\n</$select>\n\\end\n\n\\define backgroundimagesize-dropdown()\n<$select tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize\" default=\"scroll\">\n<option value=\"auto\"><<lingo Settings/BackgroundImageSize/Auto>></option>\n<option value=\"cover\"><<lingo Settings/BackgroundImageSize/Cover>></option>\n<option value=\"contain\"><<lingo Settings/BackgroundImageSize/Contain>></option>\n</$select>\n\\end\n\n<<lingo ThemeTweaks/Hint>>\n\n! <<lingo Options>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\"><<lingo Options/SidebarLayout>></$link> |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\"><option value=\"fixed-fluid\"><<lingo Options/SidebarLayout/Fixed-Fluid>></option><option value=\"fluid-fixed\"><<lingo Options/SidebarLayout/Fluid-Fixed>></option></$select> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\"><<lingo Options/StickyTitles>></$link><br>//<<lingo Options/StickyTitles/Hint>>// |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\"><option value=\"no\">{{$:/language/No}}</option><option value=\"yes\">{{$:/language/Yes}}</option></$select> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/codewrapping\"><<lingo Options/CodeWrapping>></$link> |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/codewrapping\"><option value=\"pre\">{{$:/language/No}}</option><option value=\"pre-wrap\">{{$:/language/Yes}}</option></$select> |\n\n! <<lingo Settings>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/fontfamily\"><<lingo Settings/FontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/fontfamily\" default=\"\" tag=\"input\"/> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/codefontfamily\"><<lingo Settings/CodeFontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/codefontfamily\" default=\"\" tag=\"input\"/> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\"><<lingo Settings/BackgroundImage>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\" default=\"\" tag=\"input\"/> |<<backgroundimage-dropdown>> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment\"><<lingo Settings/BackgroundImageAttachment>></$link> |<<backgroundimageattachment-dropdown>> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize\"><<lingo Settings/BackgroundImageSize>></$link> |<<backgroundimagesize-dropdown>> | |\n\n! <<lingo Metrics>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\"><<lingo Metrics/FontSize>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\"><<lingo Metrics/LineHeight>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize\"><<lingo Metrics/BodyFontSize>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight\"><<lingo Metrics/BodyLineHeight>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\"><<lingo Metrics/StoryLeft>></$link><br>//<<lingo Metrics/StoryLeft/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\"><<lingo Metrics/StoryTop>></$link><br>//<<lingo Metrics/StoryTop/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\"><<lingo Metrics/StoryRight>></$link><br>//<<lingo Metrics/StoryRight/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\"><<lingo Metrics/StoryWidth>></$link><br>//<<lingo Metrics/StoryWidth/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\"><<lingo Metrics/TiddlerWidth>></$link><br>//<<lingo Metrics/TiddlerWidth/Hint>>//<br> |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\"><<lingo Metrics/SidebarBreakpoint>></$link><br>//<<lingo Metrics/SidebarBreakpoint/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth\"><<lingo Metrics/SidebarWidth>></$link><br>//<<lingo Metrics/SidebarWidth/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth\" default=\"\" tag=\"input\"/> |\n"
},
"$:/themes/tiddlywiki/vanilla/base": {
"title": "$:/themes/tiddlywiki/vanilla/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\define custom-background-datauri()\n<$set name=\"background\" value={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}}>\n<$list filter=\"[<background>is[image]]\">\n`background: url(`\n<$list filter=\"[<background>!has[_canonical_uri]]\">\n<$macrocall $name=\"datauri\" title={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}}/>\n</$list>\n<$list filter=\"[<background>has[_canonical_uri]]\">\n<$view tiddler={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}} field=\"_canonical_uri\"/>\n</$list>\n`) center center;`\n`background-attachment: `{{$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment}}`;\n-webkit-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\n-moz-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\n-o-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\nbackground-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;`\n</$list>\n</$set>\n\\end\n\n\\define if-fluid-fixed(text,hiddenSidebarText)\n<$reveal state=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\" type=\"match\" text=\"fluid-fixed\">\n$text$\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">\n$hiddenSidebarText$\n</$reveal>\n</$reveal>\n\\end\n\n\\define if-editor-height-fixed(then,else)\n<$reveal state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"fixed\">\n$then$\n</$reveal>\n<$reveal state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"auto\">\n$else$\n</$reveal>\n\\end\n\n\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline macrocallblock\n\n/*\n** Start with the normalize CSS reset, and then belay some of its effects\n*/\n\n{{$:/themes/tiddlywiki/vanilla/reset}}\n\n*, input[type=\"search\"] {\n\tbox-sizing: border-box;\n\t-moz-box-sizing: border-box;\n\t-webkit-box-sizing: border-box;\n}\n\nhtml button {\n\tline-height: 1.2;\n\tcolor: <<colour button-foreground>>;\n\tbackground: <<colour button-background>>;\n\tborder-color: <<colour button-border>>;\n}\n\n/*\n** Basic element styles\n*/\n\nhtml {\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/fontfamily}};\n\ttext-rendering: optimizeLegibility; /* Enables kerning and ligatures etc. */\n\t-webkit-font-smoothing: antialiased;\n\t-moz-osx-font-smoothing: grayscale;\n}\n\nhtml:-webkit-full-screen {\n\tbackground-color: <<colour page-background>>;\n}\n\nbody.tc-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/fontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/lineheight}};\n\tword-wrap: break-word;\n\t<<custom-background-datauri>>\n\tcolor: <<colour foreground>>;\n\tbackground-color: <<colour page-background>>;\n\tfill: <<colour foreground>>;\n}\n\nh1, h2, h3, h4, h5, h6 {\n\tline-height: 1.2;\n\tfont-weight: 300;\n}\n\npre {\n\tdisplay: block;\n\tpadding: 14px;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n\tword-break: normal;\n\tword-wrap: break-word;\n\twhite-space: {{$:/themes/tiddlywiki/vanilla/options/codewrapping}};\n\tbackground-color: <<colour pre-background>>;\n\tborder: 1px solid <<colour pre-border>>;\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/codefontfamily}};\n}\n\ncode {\n\tcolor: <<colour code-foreground>>;\n\tbackground-color: <<colour code-background>>;\n\tborder: 1px solid <<colour code-border>>;\n\twhite-space: {{$:/themes/tiddlywiki/vanilla/options/codewrapping}};\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/codefontfamily}};\n}\n\nblockquote {\n\tborder-left: 5px solid <<colour blockquote-bar>>;\n\tmargin-left: 25px;\n\tpadding-left: 10px;\n\tquotes: \"\\201C\"\"\\201D\"\"\\2018\"\"\\2019\";\n}\n\nblockquote.tc-big-quote {\n\tfont-family: Georgia, serif;\n\tposition: relative;\n\tbackground: <<colour pre-background>>;\n\tborder-left: none;\n\tmargin-left: 50px;\n\tmargin-right: 50px;\n\tpadding: 10px;\n border-radius: 8px;\n}\n\nblockquote.tc-big-quote cite:before {\n\tcontent: \"\\2014 \\2009\";\n}\n\nblockquote.tc-big-quote:before {\n\tfont-family: Georgia, serif;\n\tcolor: <<colour blockquote-bar>>;\n\tcontent: open-quote;\n\tfont-size: 8em;\n\tline-height: 0.1em;\n\tmargin-right: 0.25em;\n\tvertical-align: -0.4em;\n\tposition: absolute;\n left: -50px;\n top: 42px;\n}\n\nblockquote.tc-big-quote:after {\n\tfont-family: Georgia, serif;\n\tcolor: <<colour blockquote-bar>>;\n\tcontent: close-quote;\n\tfont-size: 8em;\n\tline-height: 0.1em;\n\tmargin-right: 0.25em;\n\tvertical-align: -0.4em;\n\tposition: absolute;\n right: -80px;\n bottom: -20px;\n}\n\ndl dt {\n\tfont-weight: bold;\n\tmargin-top: 6px;\n}\n\ntextarea,\ninput[type=text],\ninput[type=search],\ninput[type=\"\"],\ninput:not([type]) {\n\tcolor: <<colour foreground>>;\n\tbackground: <<colour background>>;\n}\n\n.tc-muted {\n\tcolor: <<colour muted-foreground>>;\n}\n\nsvg.tc-image-button {\n\tpadding: 0px 1px 1px 0px;\n}\n\n.tc-icon-wrapper > svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\nkbd {\n\tdisplay: inline-block;\n\tpadding: 3px 5px;\n\tfont-size: 0.8em;\n\tline-height: 1.2;\n\tcolor: <<colour foreground>>;\n\tvertical-align: middle;\n\tbackground-color: <<colour background>>;\n\tborder: solid 1px <<colour muted-foreground>>;\n\tborder-bottom-color: <<colour muted-foreground>>;\n\tborder-radius: 3px;\n\tbox-shadow: inset 0 -1px 0 <<colour muted-foreground>>;\n}\n\n/*\nMarkdown likes putting code elements inside pre elements\n*/\npre > code {\n\tpadding: 0;\n\tborder: none;\n\tbackground-color: inherit;\n\tcolor: inherit;\n}\n\ntable {\n\tborder: 1px solid <<colour table-border>>;\n\twidth: auto;\n\tmax-width: 100%;\n\tcaption-side: bottom;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n}\n\ntable th, table td {\n\tpadding: 0 7px 0 7px;\n\tborder-top: 1px solid <<colour table-border>>;\n\tborder-left: 1px solid <<colour table-border>>;\n}\n\ntable thead tr td, table th {\n\tbackground-color: <<colour table-header-background>>;\n\tfont-weight: bold;\n}\n\ntable tfoot tr td {\n\tbackground-color: <<colour table-footer-background>>;\n}\n\n.tc-csv-table {\n\twhite-space: nowrap;\n}\n\n.tc-tiddler-frame img,\n.tc-tiddler-frame svg,\n.tc-tiddler-frame canvas,\n.tc-tiddler-frame embed,\n.tc-tiddler-frame iframe {\n\tmax-width: 100%;\n}\n\n.tc-tiddler-body > embed,\n.tc-tiddler-body > iframe {\n\twidth: 100%;\n\theight: 600px;\n}\n\n/*\n** Links\n*/\n\nbutton.tc-tiddlylink,\na.tc-tiddlylink {\n\ttext-decoration: none;\n\tfont-weight: normal;\n\tcolor: <<colour tiddler-link-foreground>>;\n\t-webkit-user-select: inherit; /* Otherwise the draggable attribute makes links impossible to select */\n}\n\n.tc-sidebar-lists a.tc-tiddlylink {\n\tcolor: <<colour sidebar-tiddler-link-foreground>>;\n}\n\n.tc-sidebar-lists a.tc-tiddlylink:hover {\n\tcolor: <<colour sidebar-tiddler-link-foreground-hover>>;\n}\n\nbutton.tc-tiddlylink:hover,\na.tc-tiddlylink:hover {\n\ttext-decoration: underline;\n}\n\na.tc-tiddlylink-resolves {\n}\n\na.tc-tiddlylink-shadow {\n\tfont-weight: bold;\n}\n\na.tc-tiddlylink-shadow.tc-tiddlylink-resolves {\n\tfont-weight: normal;\n}\n\na.tc-tiddlylink-missing {\n\tfont-style: italic;\n}\n\na.tc-tiddlylink-external {\n\ttext-decoration: underline;\n\tcolor: <<colour external-link-foreground>>;\n\tbackground-color: <<colour external-link-background>>;\n}\n\na.tc-tiddlylink-external:visited {\n\tcolor: <<colour external-link-foreground-visited>>;\n\tbackground-color: <<colour external-link-background-visited>>;\n}\n\na.tc-tiddlylink-external:hover {\n\tcolor: <<colour external-link-foreground-hover>>;\n\tbackground-color: <<colour external-link-background-hover>>;\n}\n\n/*\n** Drag and drop styles\n*/\n\n.tc-tiddler-dragger {\n\tposition: relative;\n\tz-index: -10000;\n}\n\n.tc-tiddler-dragger-inner {\n\tposition: absolute;\n\ttop: -1000px;\n\tleft: -1000px;\n\tdisplay: inline-block;\n\tpadding: 8px 20px;\n\tfont-size: 16.9px;\n\tfont-weight: bold;\n\tline-height: 20px;\n\tcolor: <<colour dragger-foreground>>;\n\ttext-shadow: 0 1px 0 rgba(0, 0, 0, 1);\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour dragger-background>>;\n\tborder-radius: 20px;\n}\n\n.tc-tiddler-dragger-cover {\n\tposition: absolute;\n\tbackground-color: <<colour page-background>>;\n}\n\n.tc-dropzone {\n\tposition: relative;\n}\n\n.tc-dropzone.tc-dragover:before {\n\tz-index: 10000;\n\tdisplay: block;\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour dropzone-background>>;\n\ttext-align: center;\n\tcontent: \"<<lingo DropMessage>>\";\n}\n\n.tc-droppable > .tc-droppable-placeholder {\n\tdisplay: none;\n}\n\n.tc-droppable.tc-dragover > .tc-droppable-placeholder {\n\tdisplay: block;\n\tborder: 2px dashed <<colour dropzone-background>>;\n}\n\n.tc-draggable {\n\tcursor: move;\n}\n\n/*\n** Plugin reload warning\n*/\n\n.tc-plugin-reload-warning {\n\tz-index: 1000;\n\tdisplay: block;\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour alert-background>>;\n\ttext-align: center;\n}\n\n/*\n** Buttons\n*/\n\nbutton svg, button img, label svg, label img {\n\tvertical-align: middle;\n}\n\n.tc-btn-invisible {\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n cursor: pointer;\n}\n\n.tc-btn-boxed {\n\tfont-size: 0.6em;\n\tpadding: 0.2em;\n\tmargin: 1px;\n\tbackground: none;\n\tborder: 1px solid <<colour tiddler-controls-foreground>>;\n\tborder-radius: 0.25em;\n}\n\nhtml body.tc-body .tc-btn-boxed svg {\n\tfont-size: 1.6666em;\n}\n\n.tc-btn-boxed:hover {\n\tbackground: <<colour muted-foreground>>;\n\tcolor: <<colour background>>;\n}\n\nhtml body.tc-body .tc-btn-boxed:hover svg {\n\tfill: <<colour background>>;\n}\n\n.tc-btn-rounded {\n\tfont-size: 0.5em;\n\tline-height: 2;\n\tpadding: 0em 0.3em 0.2em 0.4em;\n\tmargin: 1px;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour muted-foreground>>;\n\tcolor: <<colour background>>;\n\tborder-radius: 2em;\n}\n\nhtml body.tc-body .tc-btn-rounded svg {\n\tfont-size: 1.6666em;\n\tfill: <<colour background>>;\n}\n\n.tc-btn-rounded:hover {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour background>>;\n\tcolor: <<colour muted-foreground>>;\n}\n\nhtml body.tc-body .tc-btn-rounded:hover svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-icon svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-text {\n\tpadding: 0;\n\tmargin: 0;\n}\n\n.tc-btn-big-green {\n\tdisplay: inline-block;\n\tpadding: 8px;\n\tmargin: 4px 8px 4px 8px;\n\tbackground: <<colour download-background>>;\n\tcolor: <<colour download-foreground>>;\n\tfill: <<colour download-foreground>>;\n\tborder: none;\n\tfont-size: 1.2em;\n\tline-height: 1.4em;\n\ttext-decoration: none;\n}\n\n.tc-btn-big-green svg,\n.tc-btn-big-green img {\n\theight: 2em;\n\twidth: 2em;\n\tvertical-align: middle;\n\tfill: <<colour download-foreground>>;\n}\n\n.tc-sidebar-lists input {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-sidebar-lists button {\n\tcolor: <<colour sidebar-button-foreground>>;\n\tfill: <<colour sidebar-button-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini {\n\tcolor: <<colour sidebar-muted-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini:hover {\n\tcolor: <<colour sidebar-muted-foreground-hover>>;\n}\n\nbutton svg.tc-image-button, button .tc-image-button img {\n\theight: 1em;\n\twidth: 1em;\n}\n\n.tc-unfold-banner {\n\tposition: absolute;\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n\twidth: 100%;\n\twidth: calc(100% + 2px);\n\tmargin-left: -43px;\n\ttext-align: center;\n\tborder-top: 2px solid <<colour tiddler-info-background>>;\n\tmargin-top: 4px;\n}\n\n.tc-unfold-banner:hover {\n\tbackground: <<colour tiddler-info-background>>;\n\tborder-top: 2px solid <<colour tiddler-info-border>>;\n}\n\n.tc-unfold-banner svg, .tc-fold-banner svg {\n\theight: 0.75em;\n\tfill: <<colour tiddler-controls-foreground>>;\n}\n\n.tc-unfold-banner:hover svg, .tc-fold-banner:hover svg {\n\tfill: <<colour tiddler-controls-foreground-hover>>;\n}\n\n.tc-fold-banner {\n\tposition: absolute;\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n\twidth: 23px;\n\ttext-align: center;\n\tmargin-left: -35px;\n\ttop: 6px;\n\tbottom: 6px;\n}\n\n.tc-fold-banner:hover {\n\tbackground: <<colour tiddler-info-background>>;\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-unfold-banner {\n\t\tposition: static;\n\t\twidth: calc(100% + 59px);\n\t}\n\n\t.tc-fold-banner {\n\t\twidth: 16px;\n\t\tmargin-left: -16px;\n\t\tfont-size: 0.75em;\n\t}\n\n}\n\n/*\n** Tags and missing tiddlers\n*/\n\n.tc-tag-list-item {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin-right: 7px;\n}\n\n.tc-tags-wrapper {\n\tmargin: 4px 0 14px 0;\n}\n\n.tc-missing-tiddler-label {\n\tfont-style: italic;\n\tfont-weight: normal;\n\tdisplay: inline-block;\n\tfont-size: 11.844px;\n\tline-height: 14px;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n}\n\nbutton.tc-tag-label, span.tc-tag-label {\n\tdisplay: inline-block;\n\tpadding: 0.16em 0.7em;\n\tfont-size: 0.9em;\n\tfont-weight: 400;\n\tline-height: 1.2em;\n\tcolor: <<colour tag-foreground>>;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour tag-background>>;\n\tborder-radius: 1em;\n}\n\n.tc-untagged-separator {\n\twidth: 10em;\n\tleft: 0;\n\tmargin-left: 0;\n\tborder: 0;\n\theight: 1px;\n\tbackground: <<colour tab-divider>>;\n}\n\nbutton.tc-untagged-label {\n\tbackground-color: <<colour untagged-background>>;\n}\n\n.tc-tag-label svg, .tc-tag-label img {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour tag-foreground>>;\n\tvertical-align: text-bottom;\n}\n\n.tc-tag-manager-table .tc-tag-label {\n\twhite-space: normal;\n}\n\n.tc-tag-manager-tag {\n\twidth: 100%;\n}\n\n/*\n** Page layout\n*/\n\n.tc-topbar {\n\tposition: fixed;\n\tz-index: 1200;\n}\n\n.tc-topbar-left {\n\tleft: 29px;\n\ttop: 5px;\n}\n\n.tc-topbar-right {\n\ttop: 5px;\n\tright: 29px;\n}\n\n.tc-topbar button {\n\tpadding: 8px;\n}\n\n.tc-topbar svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-topbar button:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-sidebar-header {\n\tcolor: <<colour sidebar-foreground>>;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-sidebar-header .tc-title a.tc-tiddlylink-resolves {\n\tfont-weight: 300;\n}\n\n.tc-sidebar-header .tc-sidebar-lists p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-sidebar-header .tc-missing-tiddler-label {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-advanced-search input {\n\twidth: 60%;\n}\n\n.tc-search a svg {\n\twidth: 1.2em;\n\theight: 1.2em;\n\tvertical-align: middle;\n}\n\n.tc-page-controls {\n\tmargin-top: 14px;\n\tfont-size: 1.5em;\n}\n\n.tc-page-controls button {\n\tmargin-right: 0.5em;\n}\n\n.tc-page-controls a.tc-tiddlylink:hover {\n\ttext-decoration: none;\n}\n\n.tc-page-controls img {\n\twidth: 1em;\n}\n\n.tc-page-controls svg {\n\tfill: <<colour sidebar-controls-foreground>>;\n}\n\n.tc-page-controls button:hover svg, .tc-page-controls a:hover svg {\n\tfill: <<colour sidebar-controls-foreground-hover>>;\n}\n\n.tc-menu-list-item {\n\twhite-space: nowrap;\n}\n\n.tc-menu-list-count {\n\tfont-weight: bold;\n}\n\n.tc-menu-list-subitem {\n\tpadding-left: 7px;\n}\n\n.tc-story-river {\n\tposition: relative;\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-sidebar-header {\n\t\tpadding: 14px;\n\t\tmin-height: 32px;\n\t\tmargin-top: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tpadding: 0;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-message-box {\n\t\tmargin: 21px -21px 21px -21px;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tposition: fixed;\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyright}};\n\t\tbottom: 0;\n\t\tright: 0;\n\t\toverflow-y: auto;\n\t\toverflow-x: auto;\n\t\t-webkit-overflow-scrolling: touch;\n\t\tmargin: 0 0 0 -42px;\n\t\tpadding: 71px 0 28px 42px;\n\t}\n\n\thtml[dir=\"rtl\"] .tc-sidebar-scrollable {\n\t\tleft: auto;\n\t\tright: {{$:/themes/tiddlywiki/vanilla/metrics/storyright}};\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}};\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/storywidth}};\n\t\tpadding: 42px 42px 42px 42px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-story-river {\n\t\twidth: calc(100% - {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}});\n\t}\n\n\">>\n\n}\n\n@media print {\n\n\tbody.tc-body {\n\t\tbackground-color: transparent;\n\t}\n\n\t.tc-sidebar-header, .tc-topbar {\n\t\tdisplay: none;\n\t}\n\n\t.tc-story-river {\n\t\tmargin: 0;\n\t\tpadding: 0;\n\t}\n\n\t.tc-story-river .tc-tiddler-frame {\n\t\tmargin: 0;\n\t\tborder: none;\n\t\tpadding: 0;\n\t}\n}\n\n/*\n** Tiddler styles\n*/\n\n.tc-tiddler-frame {\n\tposition: relative;\n\tmargin-bottom: 28px;\n\tbackground-color: <<colour tiddler-background>>;\n\tborder: 1px solid <<colour tiddler-border>>;\n}\n\n{{$:/themes/tiddlywiki/vanilla/sticky}}\n\n.tc-tiddler-info {\n\tpadding: 14px 42px 14px 42px;\n\tbackground-color: <<colour tiddler-info-background>>;\n\tborder-top: 1px solid <<colour tiddler-info-border>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-border>>;\n}\n\n.tc-tiddler-info p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-tiddler-info .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour tiddler-info-tab-background>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-tab-background>>;\n}\n\n.tc-view-field-table {\n\twidth: 100%;\n}\n\n.tc-view-field-name {\n\twidth: 1%; /* Makes this column be as narrow as possible */\n\ttext-align: right;\n\tfont-style: italic;\n\tfont-weight: 200;\n}\n\n.tc-view-field-value {\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 14px 14px 14px 14px;\n\t}\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -14px 0 -14px;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 28px 42px 42px 42px;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth}};\n\t\tborder-radius: 2px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\">>\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -42px 0 -42px;\n\t}\n}\n\n.tc-site-title,\n.tc-titlebar {\n\tfont-weight: 300;\n\tfont-size: 2.35em;\n\tline-height: 1.2em;\n\tcolor: <<colour tiddler-title-foreground>>;\n\tmargin: 0;\n}\n\n.tc-site-title {\n\tcolor: <<colour site-title-foreground>>;\n}\n\n.tc-tiddler-title-icon {\n\tvertical-align: middle;\n}\n\n.tc-system-title-prefix {\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-titlebar h2 {\n\tfont-size: 1em;\n\tdisplay: inline;\n}\n\n.tc-titlebar img {\n\theight: 1em;\n}\n\n.tc-subtitle {\n\tfont-size: 0.9em;\n\tcolor: <<colour tiddler-subtitle-foreground>>;\n\tfont-weight: 300;\n}\n\n.tc-tiddler-missing .tc-title {\n font-style: italic;\n font-weight: normal;\n}\n\n.tc-tiddler-frame .tc-tiddler-controls {\n\tfloat: right;\n}\n\n.tc-tiddler-controls .tc-drop-down {\n\tfont-size: 0.6em;\n}\n\n.tc-tiddler-controls .tc-drop-down .tc-drop-down {\n\tfont-size: 1em;\n}\n\n.tc-tiddler-controls > span > button {\n\tvertical-align: baseline;\n\tmargin-left:5px;\n}\n\n.tc-tiddler-controls button svg, .tc-tiddler-controls button img,\n.tc-search button svg, .tc-search a svg {\n\tfill: <<colour tiddler-controls-foreground>>;\n}\n\n.tc-tiddler-controls button svg, .tc-tiddler-controls button img {\n\theight: 0.75em;\n}\n\n.tc-search button svg, .tc-search a svg {\n height: 1.2em;\n width: 1.2em;\n margin: 0 0.25em;\n}\n\n.tc-tiddler-controls button.tc-selected svg,\n.tc-page-controls button.tc-selected svg {\n\tfill: <<colour tiddler-controls-foreground-selected>>;\n}\n\n.tc-tiddler-controls button.tc-btn-invisible:hover svg,\n.tc-search button:hover svg, .tc-search a:hover svg {\n\tfill: <<colour tiddler-controls-foreground-hover>>;\n}\n\n@media print {\n\t.tc-tiddler-controls {\n\t\tdisplay: none;\n\t}\n}\n\n.tc-tiddler-help { /* Help prompts within tiddler template */\n\tcolor: <<colour muted-foreground>>;\n\tmargin-top: 14px;\n}\n\n.tc-tiddler-help a.tc-tiddlylink {\n\tcolor: <<colour very-muted-foreground>>;\n}\n\n.tc-tiddler-frame .tc-edit-texteditor {\n\twidth: 100%;\n\tmargin: 4px 0 4px 0;\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor,\n.tc-tiddler-frame textarea.tc-edit-texteditor,\n.tc-tiddler-frame iframe.tc-edit-texteditor {\n\tpadding: 3px 3px 3px 3px;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tbackground-color: <<colour tiddler-editor-background>>;\n\tline-height: 1.3em;\n\t-webkit-appearance: none;\n}\n\n.tc-tiddler-frame .tc-binary-warning {\n\twidth: 100%;\n\theight: 5em;\n\ttext-align: center;\n\tpadding: 3em 3em 6em 3em;\n\tbackground: <<colour alert-background>>;\n\tborder: 1px solid <<colour alert-border>>;\n}\n\ncanvas.tc-edit-bitmapeditor {\n\tborder: 6px solid <<colour tiddler-editor-border-image>>;\n\tcursor: crosshair;\n\t-moz-user-select: none;\n\t-webkit-user-select: none;\n\t-ms-user-select: none;\n\tmargin-top: 6px;\n\tmargin-bottom: 6px;\n}\n\n.tc-edit-bitmapeditor-width {\n\tdisplay: block;\n}\n\n.tc-edit-bitmapeditor-height {\n\tdisplay: block;\n}\n\n.tc-tiddler-body {\n\tclear: both;\n}\n\n.tc-tiddler-frame .tc-tiddler-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/bodylineheight}};\n}\n\n.tc-titlebar, .tc-tiddler-edit-title {\n\toverflow: hidden; /* https://github.com/Jermolene/TiddlyWiki5/issues/282 */\n}\n\nhtml body.tc-body.tc-single-tiddler-window {\n\tmargin: 1em;\n\tbackground: <<colour tiddler-background>>;\n}\n\n.tc-single-tiddler-window img,\n.tc-single-tiddler-window svg,\n.tc-single-tiddler-window canvas,\n.tc-single-tiddler-window embed,\n.tc-single-tiddler-window iframe {\n\tmax-width: 100%;\n}\n\n/*\n** Editor\n*/\n\n.tc-editor-toolbar {\n\tmargin-top: 8px;\n}\n\n.tc-editor-toolbar button {\n\tvertical-align: middle;\n\tbackground-color: <<colour tiddler-controls-foreground>>;\n\tfill: <<colour tiddler-controls-foreground-selected>>;\n\tborder-radius: 4px;\n\tpadding: 3px;\n\tmargin: 2px 0 2px 4px;\n}\n\n.tc-editor-toolbar button.tc-text-editor-toolbar-item-adjunct {\n\tmargin-left: 1px;\n\twidth: 1em;\n\tborder-radius: 8px;\n}\n\n.tc-editor-toolbar button.tc-text-editor-toolbar-item-start-group {\n\tmargin-left: 11px;\n}\n\n.tc-editor-toolbar button.tc-selected {\n\tbackground-color: <<colour primary>>;\n}\n\n.tc-editor-toolbar button svg {\n\twidth: 1.6em;\n\theight: 1.2em;\n}\n\n.tc-editor-toolbar button:hover {\n\tbackground-color: <<colour tiddler-controls-foreground-selected>>;\n\tfill: <<colour background>>;\n}\n\n.tc-editor-toolbar .tc-text-editor-toolbar-more {\n\twhite-space: normal;\n}\n\n.tc-editor-toolbar .tc-text-editor-toolbar-more button {\n\tdisplay: inline-block;\n\tpadding: 3px;\n\twidth: auto;\n}\n\n.tc-editor-toolbar .tc-search-results {\n\tpadding: 0;\n}\n\n/*\n** Adjustments for fluid-fixed mode\n*/\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n<<if-fluid-fixed text:\"\"\"\n\n\t.tc-story-river {\n\t\tpadding-right: 0;\n\t\tposition: relative;\n\t\twidth: auto;\n\t\tleft: 0;\n\t\tmargin-left: {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}};\n\t\tmargin-right: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth}};\n\t}\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tleft: auto;\n\t\tbottom: 0;\n\t\tright: 0;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth}};\n\t}\n\n\tbody.tc-body .tc-storyview-zoomin-tiddler {\n\t\twidth: 100%;\n\t\twidth: calc(100% - 42px);\n\t}\n\n\"\"\" hiddenSidebarText:\"\"\"\n\n\t.tc-story-river {\n\t\tpadding-right: 3em;\n\t\tmargin-right: 0;\n\t}\n\n\tbody.tc-body .tc-storyview-zoomin-tiddler {\n\t\twidth: 100%;\n\t\twidth: calc(100% - 84px);\n\t}\n\n\"\"\">>\n\n}\n\n/*\n** Toolbar buttons\n*/\n\n.tc-page-controls svg.tc-image-new-button {\n fill: <<colour toolbar-new-button>>;\n}\n\n.tc-page-controls svg.tc-image-options-button {\n fill: <<colour toolbar-options-button>>;\n}\n\n.tc-page-controls svg.tc-image-save-button {\n fill: <<colour toolbar-save-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-info-button {\n fill: <<colour toolbar-info-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-edit-button {\n fill: <<colour toolbar-edit-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-close-button {\n fill: <<colour toolbar-close-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-delete-button {\n fill: <<colour toolbar-delete-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-cancel-button {\n fill: <<colour toolbar-cancel-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-done-button {\n fill: <<colour toolbar-done-button>>;\n}\n\n/*\n** Tiddler edit mode\n*/\n\n.tc-tiddler-edit-frame em.tc-edit {\n\tcolor: <<colour muted-foreground>>;\n\tfont-style: normal;\n}\n\n.tc-edit-type-dropdown a.tc-tiddlylink-missing {\n\tfont-style: normal;\n}\n\n.tc-edit-tags {\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tpadding: 4px 8px 4px 8px;\n}\n\n.tc-edit-add-tag {\n\tdisplay: inline-block;\n}\n\n.tc-edit-add-tag .tc-add-tag-name input {\n\twidth: 50%;\n}\n\n.tc-edit-add-tag .tc-keyboard {\n\tdisplay:inline;\n}\n\n.tc-edit-tags .tc-tag-label {\n\tdisplay: inline-block;\n}\n\n.tc-edit-tags-list {\n\tmargin: 14px 0 14px 0;\n}\n\n.tc-remove-tag-button {\n\tpadding-left: 4px;\n}\n\n.tc-tiddler-preview {\n\toverflow: auto;\n}\n\n.tc-tiddler-preview-preview {\n\tfloat: right;\n\twidth: 49%;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tmargin: 4px 0 3px 3px;\n\tpadding: 3px 3px 3px 3px;\n}\n\n<<if-editor-height-fixed then:\"\"\"\n\n.tc-tiddler-preview-preview {\n\toverflow-y: scroll;\n\theight: {{$:/config/TextEditor/EditorHeight/Height}};\n}\n\n\"\"\">>\n\n.tc-tiddler-frame .tc-tiddler-preview .tc-edit-texteditor {\n\twidth: 49%;\n}\n\n.tc-tiddler-frame .tc-tiddler-preview canvas.tc-edit-bitmapeditor {\n\tmax-width: 49%;\n}\n\n.tc-edit-fields {\n\twidth: 100%;\n}\n\n\n.tc-edit-fields table, .tc-edit-fields tr, .tc-edit-fields td {\n\tborder: none;\n\tpadding: 4px;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(odd) {\n\tbackground-color: <<colour tiddler-editor-fields-odd>>;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(even) {\n\tbackground-color: <<colour tiddler-editor-fields-even>>;\n}\n\n.tc-edit-field-name {\n\ttext-align: right;\n}\n\n.tc-edit-field-value input {\n\twidth: 100%;\n}\n\n.tc-edit-field-remove {\n}\n\n.tc-edit-field-remove svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n\tvertical-align: middle;\n}\n\n.tc-edit-field-add-name {\n\tdisplay: inline-block;\n\twidth: 15%;\n}\n\n.tc-edit-field-add-value {\n\tdisplay: inline-block;\n\twidth: 40%;\n}\n\n.tc-edit-field-add-button {\n\tdisplay: inline-block;\n\twidth: 10%;\n}\n\n/*\n** Storyview Classes\n*/\n\n.tc-storyview-zoomin-tiddler {\n\tposition: absolute;\n\tdisplay: block;\n\twidth: 100%;\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-storyview-zoomin-tiddler {\n\t\twidth: calc(100% - 84px);\n\t}\n\n}\n\n/*\n** Dropdowns\n*/\n\n.tc-btn-dropdown {\n\ttext-align: left;\n}\n\n.tc-btn-dropdown svg, .tc-btn-dropdown img {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-drop-down-wrapper {\n\tposition: relative;\n}\n\n.tc-drop-down {\n\tmin-width: 380px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\ttext-shadow: none;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-drop-down {\n\tmargin-left: 14px;\n}\n\n.tc-drop-down button svg, .tc-drop-down a svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down button.tc-btn-invisible:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down p {\n\tpadding: 0 14px 0 14px;\n}\n\n.tc-drop-down svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-drop-down img {\n\twidth: 1em;\n}\n\n.tc-drop-down-language-chooser img {\n\twidth: 2em;\n\tvertical-align: baseline;\n}\n\n.tc-drop-down a, .tc-drop-down button {\n\tdisplay: block;\n\tpadding: 0 14px 0 14px;\n\twidth: 100%;\n\ttext-align: left;\n\tcolor: <<colour foreground>>;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-tab-set .tc-tab-buttons button {\n\tdisplay: inline-block;\n width: auto;\n margin-bottom: 0px;\n border-bottom-left-radius: 0;\n border-bottom-right-radius: 0;\n}\n\n.tc-drop-down .tc-prompt {\n\tpadding: 0 14px;\n}\n\n.tc-drop-down .tc-chooser {\n\tborder: none;\n}\n\n.tc-drop-down .tc-chooser .tc-swatches-horiz {\n\tfont-size: 0.4em;\n\tpadding-left: 1.2em;\n}\n\n.tc-drop-down .tc-file-input-wrapper {\n\twidth: 100%;\n}\n\n.tc-drop-down .tc-file-input-wrapper button {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-drop-down a:hover, .tc-drop-down button:hover, .tc-drop-down .tc-file-input-wrapper:hover button {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n.tc-drop-down .tc-tab-buttons button {\n\tbackground-color: <<colour dropdown-tab-background>>;\n}\n\n.tc-drop-down .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour dropdown-tab-background-selected>>;\n\tborder-bottom: 1px solid <<colour dropdown-tab-background-selected>>;\n}\n\n.tc-drop-down-bullet {\n\tdisplay: inline-block;\n\twidth: 0.5em;\n}\n\n.tc-drop-down .tc-tab-contents a {\n\tpadding: 0 0.5em 0 0.5em;\n}\n\n.tc-block-dropdown-wrapper {\n\tposition: relative;\n}\n\n.tc-block-dropdown {\n\tposition: absolute;\n\tmin-width: 220px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\tz-index: 1000;\n\ttext-shadow: none;\n}\n\n.tc-block-dropdown.tc-search-drop-down {\n\tmargin-left: -12px;\n}\n\n.tc-block-dropdown a {\n\tdisplay: block;\n\tpadding: 4px 14px 4px 14px;\n}\n\n.tc-block-dropdown.tc-search-drop-down a {\n\tdisplay: block;\n\tpadding: 0px 10px 0px 10px;\n}\n\n.tc-drop-down .tc-dropdown-item-plain,\n.tc-block-dropdown .tc-dropdown-item-plain {\n\tpadding: 4px 14px 4px 7px;\n}\n\n.tc-drop-down .tc-dropdown-item,\n.tc-block-dropdown .tc-dropdown-item {\n\tpadding: 4px 14px 4px 7px;\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-block-dropdown a:hover {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n.tc-search-results {\n\tpadding: 0 7px 0 7px;\n}\n\n.tc-image-chooser, .tc-colour-chooser {\n\twhite-space: normal;\n}\n\n.tc-image-chooser a,\n.tc-colour-chooser a {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\ttext-align: center;\n\tposition: relative;\n}\n\n.tc-image-chooser a {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tpadding: 2px;\n\tmargin: 2px;\n\twidth: 4em;\n\theight: 4em;\n}\n\n.tc-colour-chooser a {\n\tpadding: 3px;\n\twidth: 2em;\n\theight: 2em;\n\tvertical-align: middle;\n}\n\n.tc-image-chooser a:hover,\n.tc-colour-chooser a:hover {\n\tbackground: <<colour primary>>;\n\tpadding: 0px;\n\tborder: 3px solid <<colour primary>>;\n}\n\n.tc-image-chooser a svg,\n.tc-image-chooser a img {\n\tdisplay: inline-block;\n\twidth: auto;\n\theight: auto;\n\tmax-width: 3.5em;\n\tmax-height: 3.5em;\n\tposition: absolute;\n\ttop: 0;\n\tbottom: 0;\n\tleft: 0;\n\tright: 0;\n\tmargin: auto;\n}\n\n/*\n** Modals\n*/\n\n.tc-modal-wrapper {\n\tposition: fixed;\n\toverflow: auto;\n\toverflow-y: scroll;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n\tz-index: 900;\n}\n\n.tc-modal-backdrop {\n\tposition: fixed;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n\tz-index: 1000;\n\tbackground-color: <<colour modal-backdrop>>;\n}\n\n.tc-modal {\n\tz-index: 1100;\n\tbackground-color: <<colour modal-background>>;\n\tborder: 1px solid <<colour modal-border>>;\n}\n\n@media (max-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 1em;\n\t\tleft: 1em;\n\t\tright: 1em;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t\tmax-height: 60vh;\n\t}\n}\n\n@media (min-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 2em;\n\t\tleft: 25%;\n\t\twidth: 50%;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t\tmax-height: 60vh;\n\t}\n}\n\n.tc-modal-header {\n\tpadding: 9px 15px;\n\tborder-bottom: 1px solid <<colour modal-header-border>>;\n}\n\n.tc-modal-header h3 {\n\tmargin: 0;\n\tline-height: 30px;\n}\n\n.tc-modal-header img, .tc-modal-header svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-modal-body {\n\tpadding: 15px;\n}\n\n.tc-modal-footer {\n\tpadding: 14px 15px 15px;\n\tmargin-bottom: 0;\n\ttext-align: right;\n\tbackground-color: <<colour modal-footer-background>>;\n\tborder-top: 1px solid <<colour modal-footer-border>>;\n}\n\n/*\n** Notifications\n*/\n\n.tc-notification {\n\tposition: fixed;\n\ttop: 14px;\n\tright: 42px;\n\tz-index: 1300;\n\tmax-width: 280px;\n\tpadding: 0 14px 0 14px;\n\tbackground-color: <<colour notification-background>>;\n\tborder: 1px solid <<colour notification-border>>;\n}\n\n/*\n** Tabs\n*/\n\n.tc-tab-set.tc-vertical {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tab-buttons {\n\tfont-size: 0.85em;\n\tpadding-top: 1em;\n\tmargin-bottom: -2px;\n}\n\n.tc-tab-buttons.tc-vertical {\n\tz-index: 100;\n\tdisplay: block;\n\tpadding-top: 14px;\n\tvertical-align: top;\n\ttext-align: right;\n\tmargin-bottom: inherit;\n\tmargin-right: -1px;\n\tmax-width: 33%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n}\n\n.tc-tab-buttons button.tc-tab-selected {\n\tcolor: <<colour tab-foreground-selected>>;\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-left: 1px solid <<colour tab-border-selected>>;\n\tborder-top: 1px solid <<colour tab-border-selected>>;\n\tborder-right: 1px solid <<colour tab-border-selected>>;\n}\n\n.tc-tab-buttons button {\n\tcolor: <<colour tab-foreground>>;\n\tpadding: 3px 5px 3px 5px;\n\tmargin-right: 0.3em;\n\tfont-weight: 300;\n\tborder: none;\n\tbackground: inherit;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-right: 1px solid <<colour tab-border>>;\n\tborder-top-left-radius: 2px;\n\tborder-top-right-radius: 2px;\n}\n\n.tc-tab-buttons.tc-vertical button {\n\tdisplay: block;\n\twidth: 100%;\n\tmargin-top: 3px;\n\tmargin-right: 0;\n\ttext-align: right;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tborder-right: none;\n\tborder-top-left-radius: 2px;\n\tborder-bottom-left-radius: 2px;\n}\n\n.tc-tab-buttons.tc-vertical button.tc-tab-selected {\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-right: 1px solid <<colour tab-background-selected>>;\n}\n\n.tc-tab-divider {\n\tborder-top: 1px solid <<colour tab-divider>>;\n}\n\n.tc-tab-divider.tc-vertical {\n\tdisplay: none;\n}\n\n.tc-tab-content {\n\tmargin-top: 14px;\n}\n\n.tc-tab-content.tc-vertical {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-top: 0;\n\tpadding-left: 14px;\n\tborder-left: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 70%;\n\tflex: 1 0 70%;\n}\n\n.tc-sidebar-lists .tc-tab-buttons {\n\tmargin-bottom: -1px;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tcolor: <<colour sidebar-tab-foreground-selected>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border-selected>>;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button {\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tcolor: <<colour sidebar-tab-foreground>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border>>;\n}\n\n.tc-sidebar-lists .tc-tab-divider {\n\tborder-top: 1px solid <<colour sidebar-tab-divider>>;\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button {\n\tdisplay: block;\n\twidth: 100%;\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tborder-top: none;\n\tborder-left: none;\n\tborder-bottom: none;\n\tborder-right: 1px solid #ccc;\n\tmargin-bottom: inherit;\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tborder: none;\n}\n\n/*\n** Manager\n*/\n\n.tc-manager-wrapper {\n\t\n}\n\n.tc-manager-controls {\n\t\n}\n\n.tc-manager-control {\n\tmargin: 0.5em 0;\n}\n\n.tc-manager-list {\n\twidth: 100%;\n\tborder-top: 1px solid <<colour muted-foreground>>;\n\tborder-left: 1px solid <<colour muted-foreground>>;\n\tborder-right: 1px solid <<colour muted-foreground>>;\n}\n\n.tc-manager-list-item {\n\n}\n\n.tc-manager-list-item-heading {\n display: block;\n width: 100%;\n text-align: left;\t\n\tborder-bottom: 1px solid <<colour muted-foreground>>;\n\tpadding: 3px;\n}\n\n.tc-manager-list-item-heading-selected {\n\tfont-weight: bold;\n\tcolor: <<colour background>>;\n\tfill: <<colour background>>;\n\tbackground-color: <<colour foreground>>;\n}\n\n.tc-manager-list-item-heading:hover {\n\tbackground: <<colour primary>>;\n\tcolor: <<colour background>>;\n}\n\n.tc-manager-list-item-content {\n\tdisplay: flex;\n}\n\n.tc-manager-list-item-content-sidebar {\n flex: 1 0;\n background: <<colour tiddler-editor-background>>;\n border-right: 0.5em solid <<colour muted-foreground>>;\n border-bottom: 0.5em solid <<colour muted-foreground>>;\n white-space: nowrap;\n}\n\n.tc-manager-list-item-content-item-heading {\n\tdisplay: block;\n\twidth: 100%;\n\ttext-align: left;\n background: <<colour muted-foreground>>;\n\ttext-transform: uppercase;\n\tfont-size: 0.6em;\n\tfont-weight: bold;\n padding: 0.5em 0 0.5em 0;\n}\n\n.tc-manager-list-item-content-item-body {\n\tpadding: 0 0.5em 0 0.5em;\n}\n\n.tc-manager-list-item-content-item-body > pre {\n\tmargin: 0.5em 0 0.5em 0;\n\tborder: none;\n\tbackground: inherit;\n}\n\n.tc-manager-list-item-content-tiddler {\n flex: 3 1;\n border-left: 0.5em solid <<colour muted-foreground>>;\n border-right: 0.5em solid <<colour muted-foreground>>;\n border-bottom: 0.5em solid <<colour muted-foreground>>;\n}\n\n.tc-manager-list-item-content-item-body > table {\n\tborder: none;\n\tpadding: 0;\n\tmargin: 0;\n}\n\n.tc-manager-list-item-content-item-body > table td {\n\tborder: none;\n}\n\n.tc-manager-icon-editor > button {\n\twidth: 100%;\n}\n\n.tc-manager-icon-editor > button > svg,\n.tc-manager-icon-editor > button > button {\n\twidth: 100%;\n\theight: auto;\n}\n\n/*\n** Alerts\n*/\n\n.tc-alerts {\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tmax-width: 500px;\n\tz-index: 20000;\n}\n\n.tc-alert {\n\tposition: relative;\n\tmargin: 28px;\n\tpadding: 14px 14px 14px 14px;\n\tborder: 2px solid <<colour alert-border>>;\n\tbackground-color: <<colour alert-background>>;\n}\n\n.tc-alert-toolbar {\n\tposition: absolute;\n\ttop: 14px;\n\tright: 14px;\n}\n\n.tc-alert-toolbar svg {\n\tfill: <<colour alert-muted-foreground>>;\n}\n\n.tc-alert-subtitle {\n\tcolor: <<colour alert-muted-foreground>>;\n\tfont-weight: bold;\n}\n\n.tc-alert-highlight {\n\tcolor: <<colour alert-highlight>>;\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-static-alert {\n\t\tposition: relative;\n\t}\n\n\t.tc-static-alert-inner {\n\t\tposition: absolute;\n\t\tz-index: 100;\n\t}\n\n}\n\n.tc-static-alert-inner {\n\tpadding: 0 2px 2px 42px;\n\tcolor: <<colour static-alert-foreground>>;\n}\n\n/*\n** Control panel\n*/\n\n.tc-control-panel td {\n\tpadding: 4px;\n}\n\n.tc-control-panel table, .tc-control-panel table input, .tc-control-panel table textarea {\n\twidth: 100%;\n}\n\n.tc-plugin-info {\n\tdisplay: block;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground-colour: <<colour background>>;\n\tmargin: 0.5em 0 0.5em 0;\n\tpadding: 4px;\n}\n\n.tc-plugin-info-disabled {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n\tbackground: repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n}\n\n.tc-plugin-info-disabled:hover {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n\tbackground: repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n}\n\na.tc-tiddlylink.tc-plugin-info:hover {\n\ttext-decoration: none;\n\tbackground-color: <<colour primary>>;\n\tcolor: <<colour background>>;\n\tfill: <<colour foreground>>;\n}\n\na.tc-tiddlylink.tc-plugin-info:hover .tc-plugin-info > .tc-plugin-info-chunk > svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-plugin-info-chunk {\n\tdisplay: inline-block;\n\tvertical-align: middle;\n}\n\n.tc-plugin-info-chunk h1 {\n\tfont-size: 1em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk h2 {\n\tfont-size: 0.8em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk div {\n\tfont-size: 0.7em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info:hover > .tc-plugin-info-chunk > img, .tc-plugin-info:hover > .tc-plugin-info-chunk > svg {\n\twidth: 2em;\n\theight: 2em;\n\tfill: <<colour foreground>>;\n}\n\n.tc-plugin-info > .tc-plugin-info-chunk > img, .tc-plugin-info > .tc-plugin-info-chunk > svg {\n\twidth: 2em;\n\theight: 2em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-plugin-info.tc-small-icon > .tc-plugin-info-chunk > img, .tc-plugin-info.tc-small-icon > .tc-plugin-info-chunk > svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-plugin-info-dropdown {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tmargin-top: -8px;\n}\n\n.tc-plugin-info-dropdown-message {\n\tbackground: <<colour message-background>>;\n\tpadding: 0.5em 1em 0.5em 1em;\n\tfont-weight: bold;\n\tfont-size: 0.8em;\n}\n\n.tc-plugin-info-dropdown-body {\n\tpadding: 1em 1em 1em 1em;\n}\n\n/*\n** Message boxes\n*/\n\n.tc-message-box {\n\tborder: 1px solid <<colour message-border>>;\n\tbackground: <<colour message-background>>;\n\tpadding: 0px 21px 0px 21px;\n\tfont-size: 12px;\n\tline-height: 18px;\n\tcolor: <<colour message-foreground>>;\n}\n\n.tc-message-box svg {\n\twidth: 1em;\n\theight: 1em;\n vertical-align: text-bottom;\n}\n\n/*\n** Pictures\n*/\n\n.tc-bordered-image {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tpadding: 5px;\n\tmargin: 5px;\n}\n\n/*\n** Floats\n*/\n\n.tc-float-right {\n\tfloat: right;\n}\n\n/*\n** Chooser\n*/\n\n.tc-chooser {\n\tborder: 1px solid <<colour table-border>>;\n}\n\n.tc-chooser-item {\n\tborder: 8px;\n\tpadding: 2px 4px;\n}\n\n.tc-chooser-item a.tc-tiddlylink {\n\tdisplay: block;\n\ttext-decoration: none;\n\tcolor: <<colour tiddler-link-foreground>>;\n\tbackground-color: <<colour tiddler-link-background>>;\n}\n\n.tc-chooser-item a.tc-tiddlylink:hover {\n\ttext-decoration: none;\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n}\n\n/*\n** Palette swatches\n*/\n\n.tc-swatches-horiz {\n}\n\n.tc-swatches-horiz .tc-swatch {\n\tdisplay: inline-block;\n}\n\n.tc-swatch {\n\twidth: 2em;\n\theight: 2em;\n\tmargin: 0.4em;\n\tborder: 1px solid #888;\n}\n\n/*\n** Table of contents\n*/\n\n.tc-sidebar-lists .tc-table-of-contents {\n\twhite-space: nowrap;\n}\n\n.tc-table-of-contents button {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents svg {\n\twidth: 0.7em;\n\theight: 0.7em;\n\tvertical-align: middle;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents ol {\n\tlist-style-type: none;\n\tpadding-left: 0;\n}\n\n.tc-table-of-contents ol ol {\n\tpadding-left: 1em;\n}\n\n.tc-table-of-contents li {\n\tfont-size: 1.0em;\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li a {\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li li {\n\tfont-size: 0.95em;\n\tfont-weight: normal;\n\tline-height: 1.4;\n}\n\n.tc-table-of-contents li li a {\n\tfont-weight: normal;\n}\n\n.tc-table-of-contents li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n\tline-height: 1.5;\n}\n\n.tc-table-of-contents li li li a {\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n}\n\n.tc-tabbed-table-of-contents {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents {\n\tz-index: 100;\n\tdisplay: inline-block;\n\tpadding-left: 1em;\n\tmax-width: 50%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n\tbackground: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a,\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tdisplay: block;\n\tpadding: 0.12em 1em 0.12em 0.25em;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a {\n\tborder-top: 1px solid <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-background>>;\n\tborder-bottom: 1px solid <<colour tab-background>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a:hover {\n\ttext-decoration: none;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour background>>;\n\tmargin-right: -1px;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a:hover {\n\ttext-decoration: none;\n}\n\n.tc-tabbed-table-of-contents .tc-tabbed-table-of-contents-content {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-left: 1.5em;\n\tpadding-right: 1.5em;\n\tborder: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 50%;\n\tflex: 1 0 50%;\n}\n\n/*\n** Dirty indicator\n*/\n\nbody.tc-dirty span.tc-dirty-indicator, body.tc-dirty span.tc-dirty-indicator svg {\n\tfill: <<colour dirty-indicator>>;\n\tcolor: <<colour dirty-indicator>>;\n}\n\n/*\n** File inputs\n*/\n\n.tc-file-input-wrapper {\n\tposition: relative;\n\toverflow: hidden;\n\tdisplay: inline-block;\n\tvertical-align: middle;\n}\n\n.tc-file-input-wrapper input[type=file] {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tfont-size: 999px;\n\tmax-width: 100%;\n\tmax-height: 100%;\n\tfilter: alpha(opacity=0);\n\topacity: 0;\n\toutline: none;\n\tbackground: white;\n\tcursor: pointer;\n\tdisplay: inline-block;\n}\n\n/*\n** Thumbnail macros\n*/\n\n.tc-thumbnail-wrapper {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin: 6px;\n\tvertical-align: top;\n}\n\n.tc-thumbnail-right-wrapper {\n\tfloat:right;\n\tmargin: 0.5em 0 0.5em 0.5em;\n}\n\n.tc-thumbnail-image {\n\ttext-align: center;\n\toverflow: hidden;\n\tborder-radius: 3px;\n}\n\n.tc-thumbnail-image svg,\n.tc-thumbnail-image img {\n\tfilter: alpha(opacity=1);\n\topacity: 1;\n\tmin-width: 100%;\n\tmin-height: 100%;\n\tmax-width: 100%;\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-image svg,\n.tc-thumbnail-wrapper:hover .tc-thumbnail-image img {\n\tfilter: alpha(opacity=0.8);\n\topacity: 0.8;\n}\n\n.tc-thumbnail-background {\n\tposition: absolute;\n\tborder-radius: 3px;\n}\n\n.tc-thumbnail-icon svg,\n.tc-thumbnail-icon img {\n\twidth: 3em;\n\theight: 3em;\n\t<<filter \"drop-shadow(2px 2px 4px rgba(0,0,0,0.3))\">>\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-icon svg,\n.tc-thumbnail-wrapper:hover .tc-thumbnail-icon img {\n\tfill: #fff;\n\t<<filter \"drop-shadow(3px 3px 4px rgba(0,0,0,0.6))\">>\n}\n\n.tc-thumbnail-icon {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tdisplay: -webkit-flex;\n\t-webkit-align-items: center;\n\t-webkit-justify-content: center;\n\tdisplay: flex;\n\talign-items: center;\n\tjustify-content: center;\n}\n\n.tc-thumbnail-caption {\n\tposition: absolute;\n\tbackground-color: #777;\n\tcolor: #fff;\n\ttext-align: center;\n\tbottom: 0;\n\twidth: 100%;\n\tfilter: alpha(opacity=0.9);\n\topacity: 0.9;\n\tline-height: 1.4;\n\tborder-bottom-left-radius: 3px;\n\tborder-bottom-right-radius: 3px;\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-caption {\n\tfilter: alpha(opacity=1);\n\topacity: 1;\n}\n\n/*\n** Errors\n*/\n\n.tc-error {\n\tbackground: #f00;\n\tcolor: #fff;\n}"
},
"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize",
"text": "15px"
},
"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/bodylineheight",
"text": "22px"
},
"$:/themes/tiddlywiki/vanilla/metrics/fontsize": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/fontsize",
"text": "14px"
},
"$:/themes/tiddlywiki/vanilla/metrics/lineheight": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/lineheight",
"text": "20px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storyleft": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storyleft",
"text": "0px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storytop": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storytop",
"text": "0px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storyright": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storyright",
"text": "770px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storywidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storywidth",
"text": "770px"
},
"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth",
"text": "686px"
},
"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint",
"text": "960px"
},
"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth",
"text": "350px"
},
"$:/themes/tiddlywiki/vanilla/options/stickytitles": {
"title": "$:/themes/tiddlywiki/vanilla/options/stickytitles",
"text": "no"
},
"$:/themes/tiddlywiki/vanilla/options/sidebarlayout": {
"title": "$:/themes/tiddlywiki/vanilla/options/sidebarlayout",
"text": "fixed-fluid"
},
"$:/themes/tiddlywiki/vanilla/options/codewrapping": {
"title": "$:/themes/tiddlywiki/vanilla/options/codewrapping",
"text": "pre-wrap"
},
"$:/themes/tiddlywiki/vanilla/reset": {
"title": "$:/themes/tiddlywiki/vanilla/reset",
"type": "text/plain",
"text": "/*! normalize.css v3.0.0 | MIT License | git.io/normalize */\n\n/**\n * 1. Set default font family to sans-serif.\n * 2. Prevent iOS text size adjust after orientation change, without disabling\n * user zoom.\n */\n\nhtml {\n font-family: sans-serif; /* 1 */\n -ms-text-size-adjust: 100%; /* 2 */\n -webkit-text-size-adjust: 100%; /* 2 */\n}\n\n/**\n * Remove default margin.\n */\n\nbody {\n margin: 0;\n}\n\n/* HTML5 display definitions\n ========================================================================== */\n\n/**\n * Correct `block` display not defined in IE 8/9.\n */\n\narticle,\naside,\ndetails,\nfigcaption,\nfigure,\nfooter,\nheader,\nhgroup,\nmain,\nnav,\nsection,\nsummary {\n display: block;\n}\n\n/**\n * 1. Correct `inline-block` display not defined in IE 8/9.\n * 2. Normalize vertical alignment of `progress` in Chrome, Firefox, and Opera.\n */\n\naudio,\ncanvas,\nprogress,\nvideo {\n display: inline-block; /* 1 */\n vertical-align: baseline; /* 2 */\n}\n\n/**\n * Prevent modern browsers from displaying `audio` without controls.\n * Remove excess height in iOS 5 devices.\n */\n\naudio:not([controls]) {\n display: none;\n height: 0;\n}\n\n/**\n * Address `[hidden]` styling not present in IE 8/9.\n * Hide the `template` element in IE, Safari, and Firefox < 22.\n */\n\n[hidden],\ntemplate {\n display: none;\n}\n\n/* Links\n ========================================================================== */\n\n/**\n * Remove the gray background color from active links in IE 10.\n */\n\na {\n background: transparent;\n}\n\n/**\n * Improve readability when focused and also mouse hovered in all browsers.\n */\n\na:active,\na:hover {\n outline: 0;\n}\n\n/* Text-level semantics\n ========================================================================== */\n\n/**\n * Address styling not present in IE 8/9, Safari 5, and Chrome.\n */\n\nabbr[title] {\n border-bottom: 1px dotted;\n}\n\n/**\n * Address style set to `bolder` in Firefox 4+, Safari 5, and Chrome.\n */\n\nb,\nstrong {\n font-weight: bold;\n}\n\n/**\n * Address styling not present in Safari 5 and Chrome.\n */\n\ndfn {\n font-style: italic;\n}\n\n/**\n * Address variable `h1` font-size and margin within `section` and `article`\n * contexts in Firefox 4+, Safari 5, and Chrome.\n */\n\nh1 {\n font-size: 2em;\n margin: 0.67em 0;\n}\n\n/**\n * Address styling not present in IE 8/9.\n */\n\nmark {\n background: #ff0;\n color: #000;\n}\n\n/**\n * Address inconsistent and variable font size in all browsers.\n */\n\nsmall {\n font-size: 80%;\n}\n\n/**\n * Prevent `sub` and `sup` affecting `line-height` in all browsers.\n */\n\nsub,\nsup {\n font-size: 75%;\n line-height: 0;\n position: relative;\n vertical-align: baseline;\n}\n\nsup {\n top: -0.5em;\n}\n\nsub {\n bottom: -0.25em;\n}\n\n/* Embedded content\n ========================================================================== */\n\n/**\n * Remove border when inside `a` element in IE 8/9.\n */\n\nimg {\n border: 0;\n}\n\n/**\n * Correct overflow displayed oddly in IE 9.\n */\n\nsvg:not(:root) {\n overflow: hidden;\n}\n\n/* Grouping content\n ========================================================================== */\n\n/**\n * Address margin not present in IE 8/9 and Safari 5.\n */\n\nfigure {\n margin: 1em 40px;\n}\n\n/**\n * Address differences between Firefox and other browsers.\n */\n\nhr {\n -moz-box-sizing: content-box;\n box-sizing: content-box;\n height: 0;\n}\n\n/**\n * Contain overflow in all browsers.\n */\n\npre {\n overflow: auto;\n}\n\n/**\n * Address odd `em`-unit font size rendering in all browsers.\n */\n\ncode,\nkbd,\npre,\nsamp {\n font-family: monospace, monospace;\n font-size: 1em;\n}\n\n/* Forms\n ========================================================================== */\n\n/**\n * Known limitation: by default, Chrome and Safari on OS X allow very limited\n * styling of `select`, unless a `border` property is set.\n */\n\n/**\n * 1. Correct color not being inherited.\n * Known issue: affects color of disabled elements.\n * 2. Correct font properties not being inherited.\n * 3. Address margins set differently in Firefox 4+, Safari 5, and Chrome.\n */\n\nbutton,\ninput,\noptgroup,\nselect,\ntextarea {\n color: inherit; /* 1 */\n font: inherit; /* 2 */\n margin: 0; /* 3 */\n}\n\n/**\n * Address `overflow` set to `hidden` in IE 8/9/10.\n */\n\nbutton {\n overflow: visible;\n}\n\n/**\n * Address inconsistent `text-transform` inheritance for `button` and `select`.\n * All other form control elements do not inherit `text-transform` values.\n * Correct `button` style inheritance in Firefox, IE 8+, and Opera\n * Correct `select` style inheritance in Firefox.\n */\n\nbutton,\nselect {\n text-transform: none;\n}\n\n/**\n * 1. Avoid the WebKit bug in Android 4.0.* where (2) destroys native `audio`\n * and `video` controls.\n * 2. Correct inability to style clickable `input` types in iOS.\n * 3. Improve usability and consistency of cursor style between image-type\n * `input` and others.\n */\n\nbutton,\nhtml input[type=\"button\"], /* 1 */\ninput[type=\"reset\"],\ninput[type=\"submit\"] {\n -webkit-appearance: button; /* 2 */\n cursor: pointer; /* 3 */\n}\n\n/**\n * Re-set default cursor for disabled elements.\n */\n\nbutton[disabled],\nhtml input[disabled] {\n cursor: default;\n}\n\n/**\n * Remove inner padding and border in Firefox 4+.\n */\n\nbutton::-moz-focus-inner,\ninput::-moz-focus-inner {\n border: 0;\n padding: 0;\n}\n\n/**\n * Address Firefox 4+ setting `line-height` on `input` using `!important` in\n * the UA stylesheet.\n */\n\ninput {\n line-height: normal;\n}\n\n/**\n * It's recommended that you don't attempt to style these elements.\n * Firefox's implementation doesn't respect box-sizing, padding, or width.\n *\n * 1. Address box sizing set to `content-box` in IE 8/9/10.\n * 2. Remove excess padding in IE 8/9/10.\n */\n\ninput[type=\"checkbox\"],\ninput[type=\"radio\"] {\n box-sizing: border-box; /* 1 */\n padding: 0; /* 2 */\n}\n\n/**\n * Fix the cursor style for Chrome's increment/decrement buttons. For certain\n * `font-size` values of the `input`, it causes the cursor style of the\n * decrement button to change from `default` to `text`.\n */\n\ninput[type=\"number\"]::-webkit-inner-spin-button,\ninput[type=\"number\"]::-webkit-outer-spin-button {\n height: auto;\n}\n\n/**\n * 1. Address `appearance` set to `searchfield` in Safari 5 and Chrome.\n * 2. Address `box-sizing` set to `border-box` in Safari 5 and Chrome\n * (include `-moz` to future-proof).\n */\n\ninput[type=\"search\"] {\n -webkit-appearance: textfield; /* 1 */\n -moz-box-sizing: content-box;\n -webkit-box-sizing: content-box; /* 2 */\n box-sizing: content-box;\n}\n\n/**\n * Remove inner padding and search cancel button in Safari and Chrome on OS X.\n * Safari (but not Chrome) clips the cancel button when the search input has\n * padding (and `textfield` appearance).\n */\n\ninput[type=\"search\"]::-webkit-search-cancel-button,\ninput[type=\"search\"]::-webkit-search-decoration {\n -webkit-appearance: none;\n}\n\n/**\n * Define consistent border, margin, and padding.\n */\n\nfieldset {\n border: 1px solid #c0c0c0;\n margin: 0 2px;\n padding: 0.35em 0.625em 0.75em;\n}\n\n/**\n * 1. Correct `color` not being inherited in IE 8/9.\n * 2. Remove padding so people aren't caught out if they zero out fieldsets.\n */\n\nlegend {\n border: 0; /* 1 */\n padding: 0; /* 2 */\n}\n\n/**\n * Remove default vertical scrollbar in IE 8/9.\n */\n\ntextarea {\n overflow: auto;\n}\n\n/**\n * Don't inherit the `font-weight` (applied by a rule above).\n * NOTE: the default cannot safely be changed in Chrome and Safari on OS X.\n */\n\noptgroup {\n font-weight: bold;\n}\n\n/* Tables\n ========================================================================== */\n\n/**\n * Remove most spacing between table cells.\n */\n\ntable {\n border-collapse: collapse;\n border-spacing: 0;\n}\n\ntd,\nth {\n padding: 0;\n}\n"
},
"$:/themes/tiddlywiki/vanilla/settings/fontfamily": {
"title": "$:/themes/tiddlywiki/vanilla/settings/fontfamily",
"text": "\"Helvetica Neue\", Helvetica, Arial, \"Lucida Grande\", \"DejaVu Sans\", sans-serif"
},
"$:/themes/tiddlywiki/vanilla/settings/codefontfamily": {
"title": "$:/themes/tiddlywiki/vanilla/settings/codefontfamily",
"text": "Monaco, Consolas, \"Lucida Console\", \"DejaVu Sans Mono\", monospace"
},
"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment": {
"title": "$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment",
"text": "fixed"
},
"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize": {
"title": "$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize",
"text": "auto"
},
"$:/themes/tiddlywiki/vanilla/sticky": {
"title": "$:/themes/tiddlywiki/vanilla/sticky",
"text": "<$reveal state=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\" type=\"match\" text=\"yes\">\n``\n.tc-tiddler-title {\n\tposition: -webkit-sticky;\n\tposition: -moz-sticky;\n\tposition: -o-sticky;\n\tposition: -ms-sticky;\n\tposition: sticky;\n\ttop: 0px;\n\tbackground: ``<<colour tiddler-background>>``;\n\tz-index: 500;\n}\n``\n</$reveal>\n"
}
}
}
classic
About
Designing
``Andrew is the first submission to the ``[[google form for sharing wikis|https://docs.google.com/forms/d/e/1FAIpQLSdoyt48nN7zQzzIl_UBJvViOiQ_jvgFGGCdUvYdS3LHhU50gA/viewform]]`` who used the new comment field! If you look at the response spreadsheet, you'll see his comment. Then edit this tiddler and you'll see the field ``comments`` that contains the text of his comment. If you want to see the template for displaying the fields of this tiddler, click the ``^^[[Template|shared-exercises template]]^^`` link at the bottom of this tiddler.
So much! Added in syllabus elements from spreadsheet. Wrote templates: [[class template]], [[exercise template]], [[exercise-group template]], [[presentation template]], [[workshop template]]
* Added better description of [[January-May 2018 Activities]], and integrated it into [[Hello There]] (note [[trick|January-May 2018 Activities]] of transcluding first line of tiddler using a ``{{!!fieldname}}`` so that on ``<$appear>`` transclusion it isn't visible...)
* Briefly explored https://github.com/Arlen22/TiddlyServer, and a tutorial for it at https://www.didaxy.com/introduction-to-tiddlyserver, and the really excellent site https://www.didaxy.com/.
* Finally, got [[PunchShow Macro]] working
* Wrote some on design outlining the [[CoreTerms]] * Developed a [[Demo of multi-reveal of annotations using appear plugin]]
* Worked on [[Spring 2018 Class Overview]]
# Added [[DWS ToDo]], a to-do List for DesignWriteStudio
# Added [[Bibtex plugin|$:/plugins/tiddlywiki/bibtex]]
# Started Journal to keep track of new devs
# Changed default storyview to classic {{$:/core/ui/Buttons/storyview}}
# Added edit tiddler to default view toolbar
# Expanded [[About]] and began documenting [[DesignWriteStudio TiddlyWiki]]
# Explored bibtex outputs from Web of Science, Ebsco and ebrary.
# Developed initial version of [[Annotation Using Ebrary]], the first of the <<tag Exercises>> for the <<tag Spring2018Courses>>
# Added a [[Contents]] tab and rearranged tabs in the Sidebar, and [[set default sidebar menu |$:/core/ui/ControlPanel/Settings]] to [[Contents]].
# Set [[hide sidebar automatically|hide sidebar]] to no
* Designed structure to support <<tag CoreTerm>> and <<tag CoreSynonym>>
* Played a bit with CollaborateUltra as possible video production platform. Not happy with outcome to date * Discussed with Rick Shelton some ideas about video and the course. Agreed that I need ** IRB Notification (maybe exempt) ** Explanation about open source classroom ** Opportunity for pseudonymous participation via google groups * Should not be a problem for external particiaption via blackboard and/or to watch collaborate ultra video * Added [[Display]] and [[menu config options|$:/_Menu/Home/Configuration/Options]] as [[DesignWriteStudio Customizations]] * Imported .bib file from Web Of Science export and [[Testing Bibtex References from Web Of Science]]
* Worked on CollaborateUltra as possible video platform. Weak :( * Added to list of [[DesignWriteStudio Exercises]], and refactored name of tag from [[Exercises]]
The DesignWriteStudio is, first and foremost, a learning community, by which is meant a group of people (participants) sharing an interest in learning from and with each other. More formally: <$appear show=">>" hide="<<"><$transclude tiddler=LearningCommunities mode="block"/></$appear>
The ''Designing and Writing Interactive Texts'' course explores hypertext theory and applies hypertextual techniques using TiddlyWiki as the primary teaching and learning platform. The course is offered at both the graduate <$appear state="$:/575"><$transclude tiddler="SUNY Poly IDT 575 Spring 2018" mode="block"/></$appear> and undergraduate <$appear state="$:/375"><$transclude tiddler="SUNY Poly COM 375 Spring 2018" mode="block"/></$appear> level. Degree-seeking students in the course are mostly matriculated in the graduate Information Design & Technology or undergraduate Interactive Media & Game Design or Communication & Inforamtion Design programs. In addition, the course will be offered as an [[Open Course|Open Course Spring 2018]] (perhaps a SOOC - a //small// online open course) to anyone interested in participating. Finally, it is hoped that experienced TiddlyWiki enthusiasts will join the Studio as participants: reviewing and critiquing projects, providing support to participants, and possibly engaging in collaborative projects with participants. Participants will study the historical and theoretical aspects of hypertext, and apply this understanding in the design and writing of interactive texts using TiddlyWiki. The primary teaching resources will include: # Links to as many TiddlyWiki tutorials as can be identified # Twice-weekly 35-minute video/screen presentations on hypertext history and theory. These presentations will be recorded and made available in this wiki. # Occasional video/screen presentations featuring guest commentators on hypertext and TiddlyWiki. # Three weekly live-streamed workshops open to all participants # Links to identified / annotated scholarly references examining hypertext # A Google group for support and questions # TiddlyWiki projects created and critiqued within the DesignWriteStudio community More detail on the course is available in the [[Course Syllabus|Syllabus]]''.
Hello. My name is [[Steve Schneider]], and I am a [[College Professor]] at the [[SUNY Polytechnic Institute]]. Before [[working]] as a college professor, my other [[Occupations]] were [[Adjunct Faculty Member]] at [[Wellesley College]] and [[Research Analyst]] at [[Kalba Bowen Associates]]. When I am [[driving]], I am frequently behind the wheel of a [[Red Honda Fit]]. Sometimes, I drive the [[Blue Dodge Dakota]]. These are just two of the many [[Cars I have owned]]. Before the Fit, I drove a [[Blue Subaru Forester]] and before that, a [[Grey Subaru Forester]]. There are a bunch of [[Digital activities in which I engage]], some while working and others while [[relaxing]]. When I am [[surfing the Web]], [[tweeting]], [[listening to podcasts]] or [[music|listening to music]], or [[texting]] with my family, I use an [[Apple iPhone SE]]. This phone replaced my [[Apple iPhone 5]]. Other [[Digital devices that I own]] include a [[Google Home]] (also for listening to podcasts or music) and an [[Apple MacBook Air]] (for [[working]] and [[watching videos]]. I
Over the years, I have had several <<tag "Occupations">>. There are many <<tag "Cars I have owned">>. There are several <<tag "Digital devices that I own">>. And, not surprisingly, there are different <<tag "Digital activities in which I engage">>.
"As We May Think" is often described as the first conceptualization of hypertext. The original article was published in 1945 -- and thus obviously referred to an analog rather than a digital system. The article is worth reading today for its scope of vision and the concepts introduced that remain key to us today. * [[Original article in Atlantic Monthly|http://www.theatlantic.com/magazine/archive/1945/07/as-we-may-think/3881/]] * [[Wikipedia|https://en.wikipedia.org/wiki/As_We_May_Think]]
Explores the contemporary practice of writing in digital environments, with an emphasis on hypertext and hypertextuality. Reviews the history of writing, and the notion of interactivity. Techniques for writing digital texts with navigational and semantic elements are presented and practiced. Students design and write wikis featuring words, images, video and audio, and use a variant of Markdown to structure elements and render documents and texts consistent with contemporary standards of design and presentation.
* Tuesdays 10-11 * Recorded and available to students by Tuesday 6pm
\define presentation() Presentation: $(presentation-topic)$
\define readings-tiddler() Readings: $(class-date)$-description
\define workshop() Workshop: $(workshop-topic)$
\define exercise() Exercise $(exercise-number)$
<$vars presentation-topic={{!!presentation-topic}} workshop-topic={{!!workshop-topic}} exercise-number={{!!exercise-number}} >
<$list filter="[is[current]tag[Classes]]">
Presentation: <$link to=<<presentation>>>{{!!presentation-topic}}</$link><br>
Workshop: <$link to=<<workshop>>>{{!!workshop-topic}}</$link><br>
Exercise Assigned: <$link to=<<exercise>>>Exercise {{!!exercise-number}}: {{!!exercise}}</$link> (Due:
<$list filter="[title<exercise>]">
<$view field="date" format="date" template="ddd 0DD mmm"/>
</$list>)
<$vars class-date={{!!title}}>
<$transclude tiddler=<<readings-tiddler>> mode="block"/>
</$vars>
<hr>
<p>
<div class="fpnl-days">
<$macrocall $name="fpnl-by-tag" myTiddler=<<currentTiddler>> myTag="Classes" mySortField="date"/>
</div>
</p>
^^[[Template|class template]]^^
</$list>
</$vars>
\define presentation() Presentation: $(presentation-topic)$
\define workshop() Workshop: $(workshop-topic)$
\define exercise() Exercise $(exercise-number)$
<$list filter="[tag[Classes]sort[date]]">
<$vars presentation-topic={{!!presentation-topic}} workshop-topic={{!!workshop-topic}} exercise-number={{!!exercise-number}} >
<$link><<currentTiddler>></$link><$appear>
Presentation: <$link to=<<presentation>>>{{!!presentation-topic}}</$link><br>
Workshop: <$link to=<<workshop>>>{{!!workshop-topic}}</$link><br>
Exercise Assigned: <$link to=<<exercise>>>Exercise {{!!exercise-number}}: {{!!exercise}}</$link> (Due: <$list filter="[title<exercise>]"><$view field="due-date" format="date" template="ddd 0DD mmm"/></$list>)
</$appear><br>
</$vars>
</$list>
Class participants are welcome to attend classroom-based workshops on the SUNY Polytechnic campus. Classroom Workshops are generally held on Tuesdays from 11:00-11:50 am in Donovan Hall 1229. Students registered for [[COM 375|SUNY Poly COM 375 Spring 2018]] are expected to attend. Attendance is optional but welcome for students registered [[IDT 575|SUNY Poly IDT 575 Spring 2018]]. All classroom workshops will be recorded for later review by students.
* Am exploring using Collaborate Ultra rather than Zoom as main video production platform * Worked for [[first video|https://us-lti.bbcollab.com/recording/0162dc0d54e24fceb209355d6281975c]] -- though no audio -- and here it is in an iframe <$appear> <iframe src="https://us-lti.bbcollab.com/recording/0162dc0d54e24fceb209355d6281975c" width="100%"/></$appear> * But fundamentally, it doesn't seem to work very reliably. Haven't been able to launch session again. Here are two more attempts [[zoom_0.mp4 1]] and [[zoom_0.mp4 2]] * Watched a tutorial and figured out how to record in the "course room" (by clicking on the "Get Secure Link" button)/Join classroom ** Then: **# share audio **# share video **# Open Colaborate Panel/share content (screen)/select screen **# start recording **# do lesson **# stop recording / leave session Here is my first CollaborateUltra tutorial: https://us-lti.bbcollab.com/recording/c8fbca942f774d32b21bd7929fcd7512 Here it is in an iframe: <iframe src="https://us-lti.bbcollab.com/recording/c8fbca942f774d32b21bd7929fcd7512" width="100%" height="400">
''Professor'': Steven M. Schneider * steve@sunyit.edu * http://people.sunyit.edu/~steve * Office Hours Tue, Thu 9-10 (Donovan 1228), Wed 11-1 (Donovan 2143B), Monday 7-815pm (Zoom)
<div class="tc-table-of-contents"> <<toc-selective-expandable "DesignWriteStudio" "sort[date]" >> </div>
* During the course of the semester, I hope to host and post "Chats with Scholars." I will engage in a discussion with invited scholars, record the conversation, and post it for students to review. * Ideally, video can flip between "talking head" mode and screen-sharing mode. Any of the participants should be able to share their screen. * We may have up to 3 guests at a time, for a total of 4 video views. * Video should be posted to a reliable location and viewed publicly.
Core components of the DesignWriteStudio Tiddlywiki to be built out / developed: <div class="tc-table-of-contents"> <<toc-expandable "CoreComponents">> </div>
<<list-links filter:[tag[CoreSynonym]]>> See [[synonym template]]
<<list-links filter:[tag[CoreTerm]]>> See [[term template]]
{{Syllabus}}
<hr>
{{Spring 2018 Class Overview}}
!! Components
<$list filter="[tag[CourseComponents]]">
<$link><<currentTiddler>></$link>
<$appear><$transclude/></$appear><br>
</$list>
!! Resources
<$list filter="[tag[CourseResources]]">
<$link><<currentTiddler>></$link>
<$appear><$transclude/></$appear><br>
</$list>
.yellow-hilite {
background-color: yellow;
}
.fpnl-days {
background-color: cornsilk;
}
.component-description {
background-color: cornsilk;
}
.paragraph {
color: green;
}
.class-event {
font-weight: bold;
}
.class-topic {
font-weight: bold;
}
.calendar-event {
font-style: italic;
}
.project-link {
font-weight: normal;
}
.project-title {
font-weight: bold;
}
.project-title-overview {
font-weight: bold;
font-size: 125%;
}
.days-overview {
font-weight: bold;
font-size: 125%;
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.project-component-title {
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.project-component-text {
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.project-due {
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.no-assignments {
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}
Individuals writing reports from databases produce formatted results of specified fields associated with specified records.
<h1>Politics</h1> >Politics is the process of making decisions applying to all members of each group. >More narrowly, it refers to achieving and exercising positions of governance — organized control over a human community, particularly a state. >Furthermore, politics is the study or practice of the distribution of power and resources within a given community as well as the interrelationship(s) between communities. [[Wikipedia|https://en.wikipedia.org/wiki/Politics]]
<span class="yellow-hilite">''Goals of design/presentation''</span> <$appear> Overlay my annotations / comments on existing text. I want readers to read the entire quoted text first, and then read my comments on sub-sections of the quoted text, in context to the sub-sections. I want readers to tap one-button to reveal all comments, and to hide all comments. The Show Comments/Hide Comments button should be after the original text (and the annotations)</$appear> <hr> The [[Google Dictionary|https://www.google.com/search?ei=thw4WtvdDYjcjwT2xLHYAg&q=define%3Adesign]] suggests three parts to the definition of design, each of which is a component worth thinking about: # a plan or drawing produced to show the look and function or workings of a building, garment, or other object before it is built or made<$appear show="" state="$:/temp/dictionary" class="yellow-hilite"> I like the words like "look and function" (similar to but not exactly the same as "[[look and feel|https://en.wikipedia.org/wiki/Look_and_feel]]" in the digital world). </$appear> # purpose, planning, or intention that exists or is thought to exist behind an action, fact, or material object <$appear show="" state="$:/temp/dictionary" class="yellow-hilite"> the word "behind" is key -- design exists behind things such as actions, facts or material objects. When designing hypertexts, the text is the material object whose look and function is shaped by design</$appear> # decide upon the look and functioning of (a building, garment, or other object), typically by making a detailed drawing of it <$appear show="" state="$:/temp/dictionary" class="yellow-hilite">the notion of design as a verb -- to decide upon -- highlights the activity of design - the fact that it is something that is done with intention and agency by a designer</$appear><br><$appear show="+Show Comments" hide="-Hide Comments" state="$:/temp/dictionary" ></$appear>
* Dictionary <$appear state="$:/dictionary" > The [[Google Dictionary|https://www.google.com/search?ei=thw4WtvdDYjcjwT2xLHYAg&q=define%3Adesign&oq=define%3Adesign&gs_l=psy-ab.3..0i71k1l4.0.0.0.967524.0.0.0.0.0.0.0.0..0.0....0...1c..64.psy-ab..0.0.0....0.sMCetYk-HDE]] suggests three parts to the definition of design, each of which is a component worth thinking about: # a plan or drawing produced to show the look and function or workings of a building, garment, or other object before it is built or made # purpose, planning, or intention that exists or is thought to exist behind an action, fact, or material object. # decide upon the look and functioning of (a building, garment, or other object), typically by making a detailed drawing of it. All three are part of what I think of with the term design: * I like the words like "look and function" (similar to but not exactly the same as "[[look and feel|https://en.wikipedia.org/wiki/Look_and_feel]]" in the digital world). * In the second point, I think the word "behind" is key -- design exists behind things -- actions, facts, material objects are mentioned. When designing hypertexts, the text is the material object whose look and function is shaped by design. * Finally, the notion of design as a verb highlights the activity of design - the fact that it is something that is done with intention and agency, by a designer. </$appear> * Wikipedia <$appear state="$:/wikipedia"> * [[Wikipedia|https://en.wikipedia.org/wiki/Design]] suggests that design includes both the material abstraction of a thing to be created, and a verb signifying the process of creating. * I think the [[six stages of the design process|https://en.wikipedia.org/wiki/Design#Six_stages_of_the_Design_Process]] are helpful to identify and think about. * When designing interactive texts, I think we should give consideration to both the [[action-centric|https://en.wikipedia.org/wiki/Design#The_action-centric_model]] and the [[rational|https://en.wikipedia.org/wiki/Design#The_rational_model]] of design. Which should guide us? </$appear>
<span class="yellow-hilite">Transclusion</span><$appear state="$:/transclusion">
Designing<$appear state="$:/designing">{{Designing}}</$appear>
and
Writing<$appear state="$:/writing">{{Writing}}</$appear>
Interactive<$appear state="$:/interactive">{{Interactive}}</$appear>
Texts<$appear state="$:/texts">{{Texts}}</$appear>
</$appear>
<br><br>
<span class="yellow-hilite">Links</span><br>
[[Designing]] and [[Writing]] [[Interactive]] [[Texts]]
!!! {{!!tagline}}
<!--<<stretch "~LiveURL" "{{!!liveurl}})>>-->
We explore the processes and techniques associated with writing and designing interactive texts.
A quick demonstration of an interactive text:
<$appear show=">>" hide="<<" state="$:/demo">
* Two flavors of ''Stretch Text <$appear show=">>" hide="<<" >
[img width="100%" [stretch-text-nelson.png]]
</$appear>'' -- a hypertext strategy invented by Ted Nelson -- as implemented in TiddlyWiki:
** [[StretchText]]: <<stretch "Design" "ing and">><<stretch "Wr" "iting">><<stretch "I" "nteractive">><<stretch "Te" "xts">>Studio
** [[TextStretch]]: <<strex "Designing and" "Design">><<strex "Writing" "Wr">><<strex "Interactive" "i">><<strex "Texts" "Te">>Studio
This identifies plugins and other customizations that have been added to the default TiddlyWiki <<list-links [tag[DWS]]>> Macros: <<list-links [tag[$:/tags/Macro]tag[DWS]]>>
* Updates in [[Journal]] * [[DesignWriteStudio Customizations]] * [[GitHub Repo|Write in-depth read.me and explanation of DesignWrite Github Repository]]
If to interact with is to change, then a change in the material form of an object is a form of interactivity. So digitizing a printed text is a way of interacting with a printed text, just like <span class="yellow-hilite">hilighting</span> and annotating. If we say that one can interact with a book by hilighting, we should also say that one can interact with a book by digitizing.
<$list filter="[is[current]tag[Dimensions]]">
<$list filter="[tag{!!title}]">
''<<currentTiddler>>''
<$appear show=">>" hide="<<">
<$transclude tiddler=<<currentTiddler>> mode="block"/>
</$appear>
<br>
</$list>
</$list>
{{$:/_Menu/Home/Configuration/Options}}
Templates:
<<list-links filter:"[tag[$:/tags/ViewTemplate]]">>
<<list-links "[tag[DWS ToDo]]">>
Links reference SUNY Poly Library ebooks
See also [[Annotation Using Ebrary]]
(saved in ebsco folder)
@book{37771720070101,
Abstract = {This innovative monograph focuses on a contemporary form of computer-based literature called'literary hypertext', a digital, interactive, communicative form of new media writing. Canonizing Hypertext combines theoretical and hermeneutic investigations with empirical research into the motivational and pedagogic possibilities of this form of literature. It focuses on key questions for literary scholars and teachers: How can literature be taught in such a way as to make it relevant for an increasingly hypermedia-oriented readership? How can the rapidly evolving new media be integrated into curricula that still seek to transmit'traditional'literary competence? How can the notion of literary competence be broadened to take into account these current trends? This study, which argues for hypertext's integration in the literary canon, offers a critical overview of developments in hypertext theory, an exemplary hypertext canon and an evaluation of possible classroom applications.},
Author = {Ensslin, Astrid},
ISBN = {9780826495587},
Publisher = {Continuum},
Series = {Continuum Literary Studies},
Title = {Canonizing Hypertext : Explorations and Constructions.},
URL = {http://sunypoly.idm.oclc.org/login?url=http://search.ebscohost.com/login.aspx?direct=true&db=nlebk&AN=377717&site=eds-live},
Year = {2007},
}
@book{2088719990101,
Abstract = {Previous ed.: 1993.},
Author = {McAleese, Ray},
ISBN = {9781871516289},
Publisher = {Intellect Books},
Title = {Hypertext : Theory Into Practice.},
Volume = {2nd ed},
URL = {http://sunypoly.idm.oclc.org/login?url=http://search.ebscohost.com/login.aspx?direct=true&db=nlebk&AN=20887&site=eds-live},
Year = {1999},
}
@book{9126920020101,
Abstract = {Once the basic idea of hypertext had spread rapidly throughout the world via the Internet, the reception of hypertexts soon became subject of empirical research among psychologists, cognitive scientists, and educational researchers. As easy to use software for the writing of hypertexts (HTML editors) is now broadly available, there are no longer any technical obstacles for the use of hypertext production in teaching and learning. This book presents and analyses the learning effects that can be anticipated from the production of hypertexts. It includes laboratory experiments, studies on the production of hypertexts in the context of educational institutions, and reports on software environments designed for the production of hypertext. It includes theoretical, empirically and developmentally oriented contributions. The first three chapters link up directly with research on traditional writing while addressing aspects of the interaction between content and rhetoric during hypertext writ},
Author = {Bromme, Rainer and Stahl, Elmar and European Association for Research on Learning and, Instruction},
ISBN = {9780080439877},
Number = {Vol. 10},
Publisher = {Pergamon Press},
Series = {Advances in Learning and Instruction Series},
Title = {Writing Hypertext and Learning : Conceptual and Empirical Approaches.},
Volume = {1st ed},
URL = {http://sunypoly.idm.oclc.org/login?url=http://search.ebscohost.com/login.aspx?direct=true&db=nlebk&AN=91269&site=eds-live},
Year = {2002},
}
@book{61668520130101,
Abstract = {This book explores the history of hypertext, an influential concept that forms the underlying structure of the World Wide Web and innumerable software applications. Barnet combines an analysis of contemporary literature with her exclusive interviews with those at the forefront of the hypertext innovation. She tells both the human and the technological story, tracing its path back to an analogue device imagined by Vannevar Bush in 1945, before modern computing had happened. ‘Memory Machines'offers an expansive record of hypertext over the last 60 years, pinpointing the major breakthroughs and fundamental flaws in its evolution. Barnet argues that some of the earliest hypertext systems were more richly connected and in some respects more flexible than the Web; this is also a fascinating account of the paths not taken. Barnet ends the journey through computing history at the birth of mass domesticated hypertext, at the point that it grew out of the university labs and into the Web. And y},
Author = {Barnet, Belinda},
ISBN = {9780857280602},
Publisher = {Anthem Press},
Series = {Anthem Scholarship in the Digital Age},
Title = {Memory Machines : The Evolution of Hypertext.},
URL = {http://sunypoly.idm.oclc.org/login?url=http://search.ebscohost.com/login.aspx?direct=true&db=nlebk&AN=616685&site=eds-live},
Year = {2013},
}
@book{53436320100101,
Abstract = {What happens to literature in an age of digital technology? Regards Croisés: Perspectives on Digital Literature provides an answer, with a collection of cutting-edge critical essays on literature gone digital. Regards Croisés is an important addition to existing research on digital literature, and will appeal to scholars of electronic writing, digital art,humanities computing, media and communication, and others interested in the field. It offers a significant advance in the field through its wide-angle perspective that globalizes digital literature and diversifies the current critical paradigms. Regards Croisés shows how digital literature connects with traditions and future directions of reading and writing communities all over the world. With contributions by authors from eight countries and three continents, the collection presents points of view on a transcontinental practice of digital literature. Regards Croisés also opens dialogues with expanded critical paradigms of digital l},
Author = {Baldwin, Sandy and Bootz, Philippe},
ISBN = {9781933202471},
Publisher = {West Virginia University Press},
Series = {UPCC Book Collections on Project MUSE},
Title = {Regards Croises : Perspectives on Digital Literature.},
Volume = {1st ed},
URL = {http://sunypoly.idm.oclc.org/login?url=http://search.ebscohost.com/login.aspx?direct=true&db=nlebk&AN=534363&site=eds-live},
Year = {2010},
}
@book{8185320030101,
Abstract = {Mining the Web: Discovering Knowledge from Hypertext Data is the first book devoted entirely to techniques for producing knowledge from the vast body of unstructured Web data. Building on an initial survey of infrastructural issues—including Web crawling and indexing—Chakrabarti examines low-level machine learning techniques as they relate specifically to the challenges of Web mining. He then devotes the final part of the book to applications that unite infrastructure and analysis to bring machine learning to bear on systematically acquired and stored data. Here the focus is on results: the strengths and weaknesses of these applications, along with their potential as foundations for further progress. From Chakrabarti's work—painstaking, critical, and forward-looking—readers will gain the theoretical and practical understanding they need to contribute to the Web mining effort.• A comprehensive, critical exploration of statistics-based attempts to make sense of Web Mining.• Details the },
Author = {Chakrabarti, Soumen},
ISBN = {9781558607545},
Publisher = {Morgan Kaufmann},
Series = {Morgan Kaufmann Series in Data Management Systems},
Title = {Mining the Web : Discovering Knowledge From Hypertext Data.},
URL = {http://sunypoly.idm.oclc.org/login?url=http://search.ebscohost.com/login.aspx?direct=true&db=nlebk&AN=81853&site=eds-live},
Year = {2003},
}
@book{76178120130101,
Abstract = {In this revolutionary and highly original work, poet-scholar Glazier investigates the ways in which computer technology has influenced and transformed the writing and dissemination of poetry. In Digital Poetics, Loss Pequeño Glazier argues that the increase in computer technology and accessibility, specifically the World Wide Web, has created a new and viable place for the writing and dissemination of poetry. Glazier's work not only introduces the reader to the current state of electronic writing but also outlines the historical and technical contexts out of which electronic poetry has emerged and demonstrates some of the possibilities of the new medium. Glazier examines three principal forms of electronic textuality: hypertext, visual/kinetic text, and works in programmable media. He considers avant-garde poetics and its relationship to the on-line age, the relationship between web'pages'and book technology, and the way in which certain kinds of web constructions are in and of themse},
Author = {Glazier, Loss Pequeño},
ISBN = {9780817310745},
Publisher = {University Alabama Press},
Series = {Modern and Contemporary Poetics},
Title = {Digital Poetics : Hypertext, Visual-Kinetic Text and Writing in Programmable Media.},
URL = {http://sunypoly.idm.oclc.org/login?url=http://search.ebscohost.com/login.aspx?direct=true&db=nlebk&AN=761781&site=eds-live},
Year = {2013},
}
@book{7814820020101,
Abstract = {Tracing a journey from the 1950s through the 1990s, N. Katherine Hayles uses the autobiographical persona of Kaye to explore how literature has transformed itself from inscriptions rendered as the flat durable marks of print to the dynamic images of CRT screens, from verbal texts to the diverse sensory modalities of multimedia works, from books to technotexts.Weaving together Kaye's pseudo-autobiographical narrative with a theorization of contemporary literature in media-specific terms, Hayles examines the ways in which literary texts in every genre and period mutate as they are reconceived and rewritten for electronic formats. As electronic documents become more pervasive, print appears not as the sea in which we swim, transparent because we are so accustomed to its conventions, but rather as a medium with its own assumptions, specificities, and inscription practices. Hayles explores works that focus on the very inscription technologies that produce them, examining three writing mach},
Author = {Hayles, N. Katherine},
ISBN = {9780262083119},
Publisher = {The MIT Press},
Series = {Mediawork Pamphlet},
Title = {Writing Machines.},
URL = {http://sunypoly.idm.oclc.org/login?url=http://search.ebscohost.com/login.aspx?direct=true&db=nlebk&AN=78148&site=eds-live},
Year = {2002},
}
@book{7993419990101,
Abstract = {How We Write is an accessible guide to the entire writing process, from forming ideas to formatting text. Combining new explanations of creativity with insights into writing as design, it offers a full account of the mental, physical and social aspects of writing. How We Write explores: how children learn to write the importance of reflective thinking processes of planning, composing and revising visual design of text cultural influences on writing global hypertext and the future of collaborative and on-line writing. By referring to a wealth of examples from writers such as Umberto Eco, Terry Pratchett and Ian Fleming, How We Write ultimately teaches us how to control and extend our own writing abilities. How We Write will be of value to students and teachers of language and psychology, professional and aspiring writers, and anyone interested in this familiar yet complex activity.},
Author = {Sharples, Mike},
ISBN = {9780415185875},
Publisher = {Routledge},
Title = {How We Write : Writing As Creative Design.},
URL = {http://sunypoly.idm.oclc.org/login?url=http://search.ebscohost.com/login.aspx?direct=true&db=nlebk&AN=79934&site=eds-live},
Year = {1999},
}
I can share a link to a [[book|https://ebookcentral.proquest.com/lib/sunyit-ebooks/detail.action?docID=4533124]] or to (my) [[page|https://ebookcentral.proquest.com/lib/sunyit-ebooks/reader.action?ppg=16&docID=4533124&tm=1512076116731]] (within SUNYIT)(my page, because I is highlighted?).
{{ebrary-highlighted-text.png}}
this is the ebrary record:
{{ebrary-record.png}}
TITLE
From Codex to Hypertext
SUBTITLE
Reading at the Turn of the Twenty-first Century
SERIES
Studies in Print Culture and the History of the Book
EDITOR
Anouk Lang
PUBLISHER
University of Massachusetts Press
PRINT PUB DATE
2012-12-01
EBOOK PUB DATE
N/A
LANGUAGE
English
PRINT ISBN
9781558499522
EBOOK ISBN
9781613762004
PAGES
276
LC SUBJECT HEADING
Books and reading.
LC CALL NUMBER
[Z1003.F84 2012]
DEWEY DECIMAL NUMBER
028.9
DOCUMENT TYPE
book
Individuals writing essays produce text organized in patterns. > For the writer, a well organized outline of information serves as a blue print for action. It provides focus and direction as the writer composes the document, which helps to ensure that the stated purpose is fulfilled. > For the reader, clear organization greatly enhances the ease with which one can understand and remember the information being presented There are a variety of [[patterns of organization|http://faculty.washington.edu/ezent/impo.htm]]. * Chronological Patterns * Sequential Patterns * Spatial Patterns * Compare-Contrast Patterns * Advantages- Disadvantages Patterns * Cause-Effect Patterns * Problem-Solution Patterns * Topical Patterns
Individuals writing essays produce text organized in patterns. > For the writer, a well organized outline of information serves as a blue print for action. It provides focus and direction as the writer composes the document, which helps to ensure that the stated purpose is fulfilled. > For the reader, clear organization greatly enhances the ease with which one can understand and remember the information being presented There are a variety of [[patterns of organization|http://faculty.washington.edu/ezent/impo.htm]]. * Chronological Patterns * Sequential Patterns * Spatial Patterns * Compare-Contrast Patterns * Advantages- Disadvantages Patterns * Cause-Effect Patterns * Problem-Solution Patterns * Topical Patterns
* Complete the steps outlined in [[Workshop: Saving, Serving, New Tiddlers]] (watch the video)
* Respond to the welcome message in the [[Google Group|https://groups.google.com/forum/#!topic/designwrite/PzoHJwkHVh4]] by introducing yourself
* Share your wiki on the submission form
** <a href={{!!form}} target="_blank">Visit form in another tab</a>
** <$appear show="View embedded form >>" hide="<< Hide Form">{{!!form-embed}}</$appear><br>
* We will <a href={{!!responses}} target="_blank">Review responses</a> Thursday morning
Core concepts: with links to relevant [[TiddlyWiki.com|http://tiddlywiki.com]] pages
* [[Creating and editing tiddlers|https://tiddlywiki.com/#Creating%20and%20editing%20tiddlers]]
* [[Tagging|https://tiddlywiki.com/#Tagging:Tagging%20TagTiddlers%20%5B%5BOrder%20of%20Tagged%20Tiddlers%5D%5D]]
* [[Linking|https://tiddlywiki.com/#Using%20links%20to%20navigate%20between%20tiddlers]]
* [[list-links Macro|https://tiddlywiki.com/#list-links%20Macro]]
Assignment:
!!! Create a new TiddlyWiki5 wiki
* Easiest method: [[TiddlyWiki5 on TiddlySpot|http://tiddlywiki5.tiddlyspot.com/]] ([[Demo|Workshop: Saving, Serving, New Tiddlers]])
* Alternative <$appear>
* [[Mac OS X Chrome Workflow: Saving using saveTiddlers]]
* [[Mac OS X Chrome Workflow: Saving using TiddlyDrive]]
* [[Mac OS X Workflow: Serving via ftp.sunyit.edu]]
</$appear><br>
!!! Set the default tiddler to`` [[About Me]]``
!!! Edit the [[About Me]] me tiddler and write a story about yourself
* Start with your own words, or copy my story from [[About Me]] and change some words to reflect your life.
* The story should discuss a few different aspects of your life. Think about different ''dimensions'' of your life, and ''characteristics'' of the ''elements'' in those dimensions.
* Write your story as a narrative in a tiddler. As you are writing your story, enclose words that represent either dimensions or characteristics in double square brackets, like this: ``[[Words in double square brackets]]``. Be sure to consider both nouns and verbs as dimensions and objects.
* For example, in my [[About Me]] story, I mentioned these <<stretch "dimensions" "(and characteristics)">>: <<stretch "Occupations" "(College Professor, Adjunct Faculty Member, Research Analyst)">>, <<stretch "Cars I have owned" "(Red Honda Fit, Blue Dodge Dakota, Blue Subaru Forester, Grey Subaru Forester)">>, <<stretch "Digital activities in which I engage" "(surfing the Web, tweeting, listening to podcasts, listening to music, texting)">> and <<stretch "Digital devices that I own" "Apple iPhone SE, Google Home, Apple MacBook Air)">>. In addition, I also referenced working, driving and relaxing.
!! Flesh out your story in other tiddlers
* Click on the links that you've created in your tiddler. Tag tiddlers as appropriate. Tag characteristics with dimensions. For example, in my story, I would tag the //College Professor// tiddler with //Occupations//. Make up other tags.
* Write brief descriptions of each dimension and characteristic.
* Create another tiddler, [[About Me in Tags]], and tell it using tags (don't worry about the grammar being awkward...).
* On each of the the //tag tiddlers//, use the ``<<list-links>>`` macro to generate a list of links matching the tag.
!! Share your wiki
{{Google form to share links}}
...forthcoming...
\define whichExercise() $(exercise-number)$ $(exercise-title)$
\define workshop() Workshop: $(workshop-topic)$
\define exercise-directions() Exercise $(exercise-number)$ Directions
<$list filter="[is[current]tag[Exercises]]">
<h1>{{!!exercise-title}}</h1>
<ul>
<li>Due: <$view field="date" format="date" template="ddd 0DD mmm"/></li>
<li>Part of the <$link to={{!!exercise-group}}>{{!!exercise-group}}</$link> exercise group</li>
<li>Explained in the <$list filter="[tag[Classes]exercise-number{!!exercise-number}]">
<$vars workshop-topic={{!!workshop-topic}}>
<$link to=<<workshop>>>{{!!workshop-topic}}</$link> workshop
</$vars>
</$list></li>
<$vars exercise-number={{!!exercise-number}}>
<li><$link to=<<exercise-directions>>><<exercise-directions>></$link></li>
</$vars>
<li>Submissions:</li>
<$vars exercise-number={{!!exercise-number}} exercise-title={{!!exercise-title}}>
<ol>
<$list filter="[tag[shared-exercises]exercise<whichExercise>]">
<li><$link to=<<currentTiddler>>>{{!!author}}</$link> - <a href={{!!url}} target="_blank">Link</a></li></$list>
</ol>
</$vars>
</ul>
<hr>
^^[[Template|exercise template]]^^
</$list>
<$list filter="[is[current]tag[exercise-group]]">
<$list filter="[exercise-group<currentTiddler>sort[title]]">
<$link to=<<currentTiddler>>><<currentTiddler>>: {{!!exercise-title}}</$link><br>
</$list>
<hr>
^^[[Template|exercise-group template]]^^
</$list>
\define exercise() Exercise: $(presentation-topic)$
\define workshop() Workshop: $(workshop-topic)$
\define exercise() Exercise $(exercise-number)$
<$list filter="[tag[Exercises]]">
<$link><<currentTiddler>></$link>: {{!!exercise-title}}, Due: <$view field="date" format="date" template="ddd 0DD mmm"/><br>
</$list>
* Create new wiki * New tiddlers * Save wiki * Share wiki
This is my first exploration ever with the use of storylist in a filter.
```
[list[$:/StoryList]]
```
There are currently <$count filter="[list[$:/StoryList]]"/> tiddlers in the story list.
<$list filter="[list[$:/StoryList]first[]]"/>|| the first tiddler in the story list.
<$list filter="[list[$:/StoryList]last[]]"/> || the last tiddler in the story list.
<$list filter="[list[$:/StoryList]before<currentTiddler>]"/> || the tiddler before this tiddler, {{!!title}}.
<$list filter="[list[$:/StoryList]after<currentTiddler>]"/> || the tiddler after this tiddler ( <$link to={{!!title}}>{{!!title}}</$link> )
Here are all the tiddlers in the story list: <$list filter="[list[$:/StoryList]]" history="$:/HistoryList" storyview="pop">
<$link><<currentTiddler>></$link>,
</$list>
\define fpnl-by-tag(myTiddler myTag mySortField) <$set name="myTiddler" value="""$myTiddler$"""> <$set name="mySortField" value=$mySortField$> <$set name="myTag" value="""$myTag$"""> <$list filter="[tag<myTag>sort<mySortField>first[]]"> <$link to=<<currentTiddler>>> <<currentTiddler>></$link> || </$list> <$list filter="[tag<myTag>sort<mySortField>before<myTiddler>]"> <$link to=<<currentTiddler>>> <<currentTiddler>></$link> || </$list> <<tag """$myTag$""">> || <$list filter="[tag<myTag>sort<mySortField>after<myTiddler>]"> <$link to=<<currentTiddler>>> <<currentTiddler>></$link> || </$list> <$list filter="[tag<myTag>sort<mySortField>last[]]"> <$link to=<<currentTiddler>>> <<currentTiddler>></$link> </$list> <<designwrite "^^[[fpnlX Macro]]^^">> \end <$macrocall $name="fpnl-by-tag" myTiddler=<<currentTiddler>> myTag="This is my Test Tag" mySortField="sortable-date">
<<punchshow "generic">>
Slide 1
Slide 2
Slide 3
Slide 4
Slide 5
Slide 6
Slide 7
# Students will become familiar with the history of writing and the introduction of interactivity into various forms of text creation. # Students will have an appreciation of the meaning and structure of hypertext, and be able to differentiate hypertexts from other types of texts. # Students will be able to apply design concepts when creating interactive texts. # Students will understand the distinction between techniques and practices. # Students will become familiar with the open source software movement, and understand the contours of an open source software community.
* <a href={{!!form}} target="_blank">Visit form in another tab</a>
* <$appear show="View embedded form >>" hide="<< Hide Form">{{!!form-embed}}</$appear><br>
{{NewAtDesignWriteStudio}}
!! Welcome to the {{DesignWriteStudio!!tagline}}
<$list filter="[tag[DesignWriteStudio]]">
<$link><<currentTiddler>></$link>
<$appear><$transclude mode="block"/></$appear><br>
</$list>
<hr>
''Navigation Help '' <$appear>{{Navigation-Help}}</$appear>
* Download empty * New Tiddler - Hello World * Save * Serve
$:/.tb/modules/startup/hide-sidebar.js $:/config/HideSidebarOnStartup
! ~LiveStreamed Thursdays Exploring core readings about hypertext and key examples of hypertextuality * 30 minutes presentation/discussion * 15 minutes question/answer * May include guests Streaming info forthcoming First session: [[Thursday, January 25, 2018 at 16:00:00 GMT|https://www.timeanddate.com/worldclock/meetingdetails.html?year=2018&month=1&day=25&hour=16&min=0&sec=0&p1=4710&p2=136&p3=16&p4=224&p5=64]] <hr> * NY: 11am EST * London 4pm GMT * San Francisco 8am PST * Amsterdam 5pm CET
Notes identifying changes, updates and developments to this wiki
<$list filter="[tag[Journal]!sort[created]]">
<$link>{{!!title}}</$link><$appear><$transclude mode="block"/></$appear><br>
</$list>
[[Wikipedia|https://en.wikipedia.org/wiki/Learning_community]]: > A learning community is a group of people who share common academic goals and attitudes, who meet semi-regularly to collaborate on classwork. Such communities have become the template for a cohort-based, interdisciplinary approach to higher education. This may be based on an advanced kind of educational or 'pedagogical' design. >Community psychologists such as ~McMillan and Chavis state that there are four key factors that defined a sense of community: (1) membership, (2) influence, (3) fulfillment of individuals needs and (4) shared events and emotional connections. So, the participants of learning community must feel some sense of loyalty and belonging to the group (membership) that drive their desire to keep working and helping others, also the things that the participants do must affect what happens in the community; that means, an active and not just a reactive performance (influence). Besides a learning community must give the chance to the participants to meet particular needs (fulfillment) by expressing personal opinions, asking for help or specific information and share stories of events with particular issue included (emotional connections) emotional experiences.
# [[Easiest Solution: Use TiddlySpot for saving and serving|http://tiddlywiki5.tiddlyspot.com/]]
# Create
## Local directory on your laptop for your course work
## subdirectory in your local directory called ''//tiddlywiki//''
# Install
## Chrome Extension: [[saveTiddlers|https://github.com/buggyj/savetiddlers]]
# Set Preferences
## Chrome Download Location
### At the top right in Chrome, click ''settings''<br>[img[chrome-settings.png]]
### At the bottom, click Advanced.
### Under the "Downloads" section, change the default download location by clicking //Change// and selecting the directory created above (''not'' the subdirectory)
## saveTiddlers
### At the top right in Chrome, click the ''save tiddlers'' icon<br>[img[save-tidders.png]]
### Click Settings, and put //tiddlywiki// in the box for ''subfolder for saving'' box
# Test Download and Save
## Click the green button at [[Download Empty|https://tiddlywiki.com/#%24%3A%2Feditions%2Ftw5.com%2Fsnippets%2Fdownload-empty-button]]
## In Chrome, select the Show In Finder option<br>[img[show-in-finder.png]]
## In Finder, drag ''empty.html'' into //tiddlywiki// folder
## Double-click on folder to open
## Click ''new tiddler''<br>[img[new-tiddler.png]]
## Type ''Hello World!'' and ''My name is..'' in the boxes as shown<br>[img[hello-world.png]]
## Wiki should save automatically. Test by reloading page, selecting ''Recent'' and clicking on ''Hello World!''<br>[img[testing-the-save.png]]
# Install Chrome Extension [[TiddlySave|https://chrome.google.com/webstore/detail/tiddly-drive/oaphhjhbbabdjnpjpiliepphpmnioolo]] #Log into Google Drive ##Navigate to the folder where your tiddlywiki html file is: [img[https://lordratte.info/assets/img/tiddlydrive_guide/step_1.png]] #Right click on the file and choose “Connect more apps”<br>[img[https://lordratte.info/assets/img/tiddlydrive_guide/step_2.png]] #Search for and locate TiddlyDrive in the app-store window that pops up # Connect the app to your account<br> [img[https://lordratte.info/assets/img/tiddlydrive_guide/step_3.png]] #Right click on your file again and open with the newly added app “TiddlyDrive”. #You will be taken to the app’s website. If you do not get prompted to authorize the app to open the file with your Google account, try allowing popups on the site and refreshing<br>[img[https://lordratte.info/assets/img/tiddlydrive_guide/step_4.png]] # Test Download and Save ## Click the green button at [[Download Empty|https://tiddlywiki.com/#%24%3A%2Feditions%2Ftw5.com%2Fsnippets%2Fdownload-empty-button]] ## In Chrome, select the Show In Finder option<br>[img[show-in-finder.png]] ## Double-click on folder to open ## Click ''new tiddler''<br>[img[new-tiddler.png]] ## Type ''Hello World!'' and ''My name is..'' in the boxes as shown<br>[img[hello-world.png]] ## Wiki should save automatically. Test by reloading page, selecting ''Recent'' and clicking on ''Hello World!''<br>[img[testing-the-save.png]]
# Install Application: [[Cyberduck|https://cyberduck.io/]] # Create [[public_html directory on ftp.sunyit.edu|https://sunypoly.edu/sites/default/files/FTPAccess2DirectoryWebPublishing.pdf]] # Launch Cyberduck and Open FTP connection<br>[img[sunyit-ftp-connection.png]] # In Cyberduck ## Navigate to public_html<br>[img[sunyit-ftp-directory.png]] ## Upload wiki<br>[img[sunyit-ftp-upload.png]] # Test by substitute SITNet name in this URL: https://people.sunyit.edu/~steve/empty.html
Tap {{$:/plugins/tobibeer/appear/defaults/show}} to open/close popups || In the upper right tap {{$:/core/ui/Buttons/home}} to restart and <$reveal state="$:/state/sidebar" type="nomatch" text="no">
<$button set="$:/state/sidebar" setTo="no" tooltip={{$:/language/Buttons/HideSideBar/Hint}} aria-label={{$:/language/Buttons/HideSideBar/Caption}} class="tc-btn-invisible">{{$:/core/images/chevron-right}}</$button>
</$reveal>
<$reveal state="$:/state/sidebar" type="match" text="no">
<$button set="$:/state/sidebar" setTo="yes" tooltip={{$:/language/Buttons/ShowSideBar/Hint}} aria-label={{$:/language/Buttons/ShowSideBar/Caption}} class="tc-btn-invisible"> {{$:/core/images/chevron-left}}</$button>
</$reveal> to close/open the sidebar || within any Tiddler tap {{$:/core/ui/Buttons/close}} to go back or close it
Computer Lib/Dream Machines is one of the core texts in hypertext theory. Read the Wikipedia article, the excerpts and the commentary. Try to gain an understanding of what Nelson means by "hypertext." If interested, pursue the entire book from one of the links below. * [[Wikipedia|https://en.wikipedia.org/wiki/Computer_Lib/Dream_Machines]] * [[Excerpts from Computer Lib/Dream Machines from New Media Reader|http://www.newmediareader.com/book_samples/nmr-21-nelson.pdf]] * [[Commentary|http://www.digibarn.com/collections/books/computer-lib/]] * [[WorldCat|http://www.worldcat.org/title/computer-lib-dream-machines/oclc/16356410]] * Amazon [[1974 edition|http://www.amazon.com/Computer-Lib-Must-Understand-Computers/dp/0893470023/ref=sr_1_1?ie=UTF8&qid=1453139285&sr=8-1&keywords=computer+lib]], [[1987 edition|http://www.amazon.com/Computer-Dream-Machines-Revised-Edition/dp/0914845497/ref=pd_sim_sbs_14_1?ie=UTF8&refRID=1T2REWCPJ0KBAGRGGPNH]]
From Nelson, Dream Machines, pg DM19. Concepts: Discrete [img width="100%"[nelson-discrete-hypertexts-dm19.png]]
* set theme to punch with next button * create end show button on each slide via a template * open all tiddlers with presentation-title field using value (number) to sort * set bg color to random <<punchshow "tiwd">>
{{$:/palettes/DWS##1}}
\define title-slide() Title Slide: $(presentation-topic)$
<$button>
<$vars presentation-topic={{!!presentation-topic}}>
<$action-createtiddler $basetitle=<<presentation-topic>> slidenum="0" text="<h1>{{!!presentation-topic}}</h1>"/>
Create title slide
</$vars>
</$button>
<$appear show="<h2>What's New</h2>" hide="<h3>Hide What's New</h3>">
Click on the ^^>>^^ to see what's new in a specific tiddler<ul><$list filter="[tag[NewAtDesignWriteStudio]!sort[modified]]">
<li><$link>{{!!title}}</$link> (<$view field="modified" format="date" template="dddDDmmm"/>)<$appear>{{!!whats-new}}</$appear></li>
</$list>
</ul>
</$appear>
Hello, # For your first week in this class, you should focus on completing these three tasks by the end of the day Sunday (or early Monday morning). ## Watching the videos associated with the first two workshops: [[Workshop: Saving, Serving, New Tiddlers]] and [[Workshop: New Tiddlers, Tagging, Linking]] ## Completing [[Exercise 1.01]] and [[Exercise 1.02]], including posting to the Google Group. Note that each of the exercises has a link to directions, and includes a submission component via Google Forms. ## Watching [[Presentation: Text, Interactivity, Writing and Designing]] video # If you have any questions, please post them in the [[DesignWriteStudio Google Group|https://groups.google.com/forum/#!topic/designwrite/PzoHJwkHVh4]]. # Please consider attending the Open Topics Workshop, to be hosted on Zoom on Monday, January 22, from 7:30 - 830 PM (note the slight time change from previous postings). # Once you've completed the two exercises, please move on to the [[readings for next week|Readings: Tue Jan23]]. On Tuesday, I'll post another presentation video based on these readings, and a workshop video focused on [[Exercise 2.01]].
# Explain interactive texts using theories and descriptions of the practices of hypertext and hypertextual techniques. # Apply hypertextual techniques to the processes of designing and writing interactive texts. # Engage in the practices of reading hypertextually and writing hypertextually. # Participate in an open-source studio environment for software and tool development.
Class participants are welcome to attend online synchronous workshops. Online Workshops are generally held on Mondays from 7:00-8:15pm. The platform will be determined at a future date. Students attending the workshops will be invited to share their screens to review their work. Video is optional. Audio is mandatory. ''Attendance is optional'' for all students. All online synchronous workshops will be recorded for later review by students.
The DesignWriteStudio will host an Open Course in the Spring 2018 semester, beginning January 23, 2018.
{{Open Students}}
<<tabs "[tag[CourseOutline]]">>
Anyone is welcome to participate in this learning community by engaging in some or all of the activities, including exercises, critiques and projects.
The Open Course will launch on January 29, 2018
{{Open Students}}
Individuals interested in following the flow of the class by completing exercises and submitting critiques are welcome to become participants in the Studio. Open Students are asked to join the Design Write Google Group. For more information, please contact Steve Schneider, steve@sunyit.edu
Upon completion of this course, successful participants will have:
# Assembled and deployed a basic toolkit to facilitate the design and writing of interactive texts using ~TiddlyWiki <$appear show="" state="$:/temp/outcomes"><$link tiddler="Exercise: Toolkit">{{Exercise: Toolkit!!caption}}</$link></$appear>
# Created increasingly complex interactive texts <$appear show="" state="$:/temp/outcomes">[[Exercise: Introductory Interactive Text]]<br>[[Exercise: Intermediate Interactive Text]]<br>[[Exercise: Advanced Interactive Text]] </$appear>
# Designed and written an interactive text that demonstrates <1> familiarity with broad themes of scholarly literature examining the history of writing, our contemporary understanding of writing in a digital world, and the concept of interactivity, and <2> an understanding of the main themes in the scholarly literature exploring the concept of hypertext, the practices associated with writing hypertextually and reading hypertextually, and the techniques of hyptertext. <$appear show="" state="$:/temp/outcomes">[[Exercise: Hypertext in Theory and Practice]]</$appear>
* Practices - the doing of an act. Engaging in hypertextual practices means the act of doing. Authors engage in the practice of writing links, and readers engage in the practice of following links. * Techniques - a way of doing a practice. So the technique of linking is the way of making a link. In tiddlywiki, the tecnique of linking to another tiddler is to enclose a word or set of words in double square brackets, like this: ``` [[Tiddler Name]] ``` Like this: [[Tiddler Name]]
<$list filter="[is[current]tag[Presentations]]">
<$list filter="[tag[Classes]date{!!date}]">
<$link to=<<currentTiddler>>><<currentTiddler>></$link>
</$list><br>
<hr>
^^[[Template|presentation template]]^^
</$list>
<$macrocall $name="youtube-embed" video={{!!youtube}}/>
<$macrocall $name="punchshow" slidetag="Text, Interactivity, Writing and Designing"/>
<<tag "Text, Interactivity, Writing and Designing">>
This video provides a general introduction to TiddlyWiki.
It assumes you've completed the Workshop tasks demoed in [[Workshop: Saving, Serving, New Tiddlers]]<br>
<$macrocall $name="youtube-embed" video={{!!youtube}}/>
\define presentation() Presentation: $(presentation-topic)$
\define workshop() Workshop: $(workshop-topic)$
\define exercise() Exercise $(exercise-number)$
<$list filter="[tag[Presentations]sort[date]]">
<$vars presentation-tiddler=<<currentTiddler>>>
<$list filter="[tag[Classes]date{!!date}]">
<<currentTiddler>>: <$link to=<<presentation-tiddler>>>{{!!presentation-topic}}</$link><br>
</$list>
</$vars>
</$list>
\define bgcolor() {{$:/palettes/DWS##$(slidenum)$}}
\define bgcolor2() #$(rgb)$
\define punchshow(slidetag)
<!--macro creates slideshow of tiddlers tagged with slidetag and ordered by field slidenum. sets bgcolor according to values in customized palette (palette name is hardcoded). requires modified viewTemplate. requires theme punch. requires $:/themes/tiddlywiki/punch, $:/core/ui/ViewTemplate/next, $:/core/ui/ViewTemplate/prev, $:/core/ui/ViewTemplate/endslideshow -->
<!--capture slidetag in variable-->
<$set name=slidetag value="""$slidetag$""">
<!--show slides as tag-->
<$macrocall $name="tags" tag=<<slidetag>>/>
<!--button text, close all tiddlers, hide sidebar, close open tiddlers, change theme, activate next/prev buttons, activate endslideshow button in ViewTemplate-->
<$button set="$:/state/sidebar" setTo="no" tooltip={{$:/language/Buttons/HideSideBar/Hint}} aria-label={{$:/language/Buttons/HideSideBar/Caption}} class="tc-btn-invisible tc-tiddlylink" >
<$action-sendmessage $message="tm-close-all-tiddlers"/>
<$action-setfield $tiddler="$:/theme" text="$:/themes/tiddlywiki/punch"/>
<$action-setfield $tiddler="$:/core/ui/ViewTemplate/next" tags="$:/tags/ViewTemplate"/>
<$action-setfield $tiddler="$:/core/ui/ViewTemplate/prev" tags="$:/tags/ViewTemplate"/>
<$action-setfield $tiddler="$:/core/ui/ViewTemplate/endslideshow" tags="$:/tags/ViewTemplate"/>
<!--set default return-->
<$action-setfield $tiddler="$:/fromTiddler" text=<<currentTiddler>>/>
<!--set bg color of all slides in show -->
<$list filter="[tag<slidetag>!nsort[slidenum]]" >
<$vars slidenum={{!!slidenum}}>
<$wikify name="rgb" text=<<bgcolor>>>
<$action-setfield background-color=<<bgcolor2>>/>
</$wikify>
</$vars>
</$list>
<!--gather and open all tiddlers with field matching slidetag with slidetag field as order-->
<$list filter="[tag<slidetag>!nsort[slidenum]]">
<$action-navigate $to=<<currentTiddler>> />
</$list>
View as slideshow<br>
</$button>
\end
\define endslideshow()
<$button set="$:/state/sidebar" setTo="no">
<$action-setfield $tiddler="$:/theme" text="$:/themes/tiddlywiki/heavier"/>
<$action-listops $tiddler="$:/core/ui/ViewTemplate/next" $field="tags" $filter="[[]]"/>
<$action-listops $tiddler="$:/core/ui/ViewTemplate/prev" $field="tags" $filter="[[]]"/>
<$action-listops $tiddler="$:/core/ui/ViewTemplate/endslideshow" $field="tags" $filter="[[]]"/>
<$action-sendmessage $message="tm-close-all-tiddlers"/>
<$action-navigate $to={{$:/fromTiddler}}/>
End Slideshow
</$button>
\end
* To be posted Jan 17
<$list filter="[is[current]tag[Readings]]">
<$transclude tiddler={{!!description}} mode="block"/>
<hr>
^^<$link to={{!!description}}>{{!!description}}</$link>^^
^^[[reading template]]^^
</$list>
Readings: The first set of readings are designed to introduce, in very broad terms, the idea of "hypertext" as it was initially conceived, first in the 1940s, then in the 1960s, and then again with the emergence of the Internet in the 1990s.<<tabs "[tag[Readings: Tue Jan23]]" "The Machine is Us/ing Us" "" "tc-vertical">>
This great trick was shown to the tiddlywiki google group by [[Alberto Molina|https://groups.google.com/forum/#!topic/tiddlywiki/OCntQ79DuwM]]. I enhanced it a bit.
|!Search tag: | <$edit-text tiddler="$:/temp/RenameTags/search" tag="input" type="text"/> |
|!Replace by: | <$edit-text tiddler="$:/temp/RenameTags/replace" tag="input" type="text"/> |
---
<$reveal type="nomatch" text="" state="$:/temp/RenameTags/replace">
!First step
!!//Apply the tag <$tiddler tiddler={{$:/temp/RenameTags/replace}}><$transclude tiddler="$:/core/ui/TagTemplate"/></$tiddler> to the following tiddlers//
<$list filter="[!has[draft.of]tag{$:/temp/RenameTags/search}!tag{$:/temp/RenameTags/replace}sort[created]]">
<$checkbox tag={{$:/temp/RenameTags/replace}}> <$link to={{!!title}}><$view field="title"/></$link></$checkbox><br/>
</$list>
</$reveal>
<$reveal type="nomatch" text="" state="$:/temp/RenameTags/search">
!Second step
!!//Remove the tag <$tiddler tiddler={{$:/temp/RenameTags/search}}><$transclude tiddler="$:/core/ui/TagTemplate"/></$tiddler> from the following tiddlers//
<$list filter="[!has[draft.of]tag{$:/temp/RenameTags/search}tag{$:/temp/RenameTags/replace}sort[created]]">
<$checkbox tag={{$:/temp/RenameTags/search}}> ~~<$link to={{!!title}}><$view field="title"/></$link>~~</$checkbox><br/>
</$list>
</$reveal>
* Use code to reveal text on command ** [[Reveal|$:/plugins/tobibeer/appear]] ** StretchText and TextStretch
Several wikipedia articles will be helpful in understanding core terms for this course * <<wikipedia "Documents">><br> * <<wikipedia "Text (literary theory)">><br> * <<wikipedia "Design">><br>
Presentation: Welcome to Designing & Writing Interactive Texts
<$list filter="[is[current]tag[shared-exercises]]">
<a href={{!!url}} target="_blank">{{!!exercise}}</a><br>
{{!!comments}}<br>
^^[[Template|shared-exercises template]]^^
</$list>
I've added some functionality that will capture titles of tiddlers tagged with<<tag "NewAtDesignWriteStudio">> and present them as stretch text on [[Hello There]]
Draft of 'What is Writing?'
\define slideshow(slidetag)
//Ending the slideshow will return to <$link>{{$:/fromTiddler}}</$link><br>//
<$button>
Change return to "<<currentTiddler>>"
<$action-setfield $tiddler="$:/fromTiddler" text=<<currentTiddler>>/>
</$button>
<br><br>
<$set name="slidetag" value="$slidetag$">
<$button set="$:/state/sidebar" setTo="no" tooltip={{$:/language/Buttons/HideSideBar/Hint}} aria-label={{$:/language/Buttons/HideSideBar/Caption}} >
<$action-sendmessage $message="tm-close-all-tiddlers"/>
<$action-setfield $tiddler="$:/theme" text="$:/themes/tiddlywiki/punch"/>
<$action-setfield $tiddler="$:/core/ui/ViewTemplate/next" tags="$:/tags/ViewTemplate"/>
<$action-setfield $tiddler="$:/core/ui/ViewTemplate/prev" tags="$:/tags/ViewTemplate"/>
<$action-setfield $tiddler="$:/core/ui/ViewTemplate/endslideshow" tags="$:/tags/ViewTemplate"/>
<$list filter="[tag<slidetag>!sort[slidenum]]">
<$action-navigate $to=<<currentTiddler>> />
</$list>
View slideshow "<<slidetag>>"
</$button>
</$set>
\end
\define endslideshow()
<$button set="$:/state/sidebar" setTo="no">
<$action-setfield $tiddler="$:/theme" text="$:/themes/tiddlywiki/heavier"/>
<$action-listops $tiddler="$:/core/ui/ViewTemplate/next" $field="tags" $filter="[[]]"/>
<$action-listops $tiddler="$:/core/ui/ViewTemplate/prev" $field="tags" $filter="[[]]"/>
<$action-listops $tiddler="$:/core/ui/ViewTemplate/endslideshow" $field="tags" $filter="[[]]"/>
<$action-sendmessage $message="tm-close-all-tiddlers"/>
<$action-navigate $to={{$:/fromTiddler}}/>
<$action-setfield $tiddler="$:/fromTiddler" text="Hello There"/>
End Slideshow
</$button>
\end
``<<strex "content" "label" "start" "end" "class" "id">>``
! Outcomes
Upon completion of this course, successful participants will have:
<$appear show="+Show Exercises Associated with Outcomes" hide="-Hide Exercises" state="$:/temp/outcomes"></$appear>
I think the idea to expand an [[ellipsis|https://en.wikipedia.org/wiki/Ellipsis]] <<strex "so readers can see what was left out">> has existed for a long time inside my head.
# Assembled and deployed a basic toolkit to facilitate the design and writing of interactive texts using ~TiddlyWiki <$macrocall $name="strex"
content="""<$link tiddler="Exercise: Toolkit">{{Exercise: Toolkit!!caption}}</$link>"""
label="exercise"
start="[exercise: "
end="]"
class="yellow-hilite"
id="1"
/>
# Designed and written an interactive texts that demonstrates <1> familiarity with broad themes of scholarly literature examining the history of writing, our contemporary understanding of writing in a digital world, and the concept of interactivity, and <2> an understanding of the main themes in the scholarly literature exploring the concept of hypertext and the practices of writing hypertextually and reading hypertextually. <$appear show="" state="$:/temp/outcomes">[[Exercise: Hypertext in Theory and Practice]]</$appear>
# Created increasingly complex interactive texts based on existing information sources <$appear show="" state="$:/temp/outcomes">[[Exercise: Wikification of Existing Texts]]</$appear>
# Created increasingly complex interactive texts based on created or constructed information sources <$appear show="" state="$:/temp/outcomes">[[Exercise: Wikification of Original Texts]]</$appear>
<$list filter="[tag{!!title}]">
<$link>{{!!title}}</$link><br>
</$list>
Approach 1: ``<<strex>>``<br> * Source: http://tid.li/tw5/hacks.html#TextStretch * Usage: [[TextStretch]] * Copy: <<list-links filter:"[tag[TextStretch]]">> * Filter: ``[tag[TextStretch]]`` Approach 2: ``<<stretch>>``<br> * Source: http://stretchtext.tiddlyspot.com/ * Usage: AboutStretchText * Copy: <<list-links filter:"[prefix[$:/_TWaddle]]">> * Filter: ``[prefix[$:/_TWaddle]]``
COM 375 is a credit-bearing course offered by [[SUNY Poly|http://sunypoly.edu]]. Students wishing to receive credit must [[register|https://sunypoly.edu/student-life/student-resources/registrar/registration-instructions.html]]. |CRN|Subj|Crs|Sec|CR|Time|Days|h |2410|COM|375|01H|4|TR|1000-1150| * Course meets in Donovan 1228 Tue & Thu 10-11:50am * Regular synchronous workshop/tutorial sessions (attendance optional) on Zoom ** Mondays 7-815pm
IDT 575 is a credit-bearing course offered by [[SUNY Poly|http://sunypoly.edu]]. Students wishing to receive credit must [[register|https://sunypoly.edu/student-life/student-resources/registrar/registration-instructions.html]]. |CRN|Subj|Crs|Sec|CR|h |3776|IDT|575|01H|3| * Course meets online * Regular synchronous workshop/tutorial sessions (attendance optional) on Zoom ** Mondays 7-815pm * Lecture/Demo Videos posted weekly on Tuesdays and Thursdays
<$list filter="[tag[Syllabus]]"> <h2><$link><<currentTiddler>></$link></h2> <$transclude mode="block"/> </$list>
<$list filter="[is[current]tag[CoreSynonym]]">
<$list filter="[title{!!synonym}]">
Showing: <$link><<currentTiddler>></$link><br>
</$list>
<$transclude tiddler={{!!synonym}} mode="block"/>
<hr>
^^[[Template|synonym template]]^^
</$list>
<$list filter="[is[current]tag[CoreTerm]]">
<$list filter="[synonym{!!title}]">
Synonym: <$link><<currentTiddler>></$link><br>
<hr>
^^[[Template|term template]]^^
</$list>
There are <$count filter="[!field:bibtex-author[]]"/> bibliographic references.
Here are all of the titles, with author, sorted by author, with the URL provided:
<$list filter="[!field:bibtex-author[]sort[bibtex-author]]">
<p>
<$link to={!!bibtex-title}>></$link>{{!!bibtex-title}}<br>{{!!bibtex-author}}<br>{{!!bibtex-url}}</p>
</$list>
<div style="position: relative; padding-bottom: 56.25%; padding-top: 40px; height: 0; overflow: auto; -webkit-overflow-scrolling: touch;"><iframe id="ensembleEmbeddedContent_utDwd9aEuU2rVDppzvZw_w" src="https://ensemble.itec.suny.edu/app/plugin/embed.aspx?ID=utDwd9aEuU2rVDppzvZw_w&isResponsive=true&isNewPluginEmbed=true&displayTitle=false&startTime=0&autoPlay=false&hideControls=true&showCaptions=false&displaySharing=false&displayAnnotations=false&displayAttachments=false&displayLinks=false&displayEmbedCode=false&displayDownloadIcon=false&displayMetaData=false&displayDateProduced=true&audioPreviewImage=false&displayCaptionSearch=false" frameborder="0" style="position: absolute; top: 0; left: 0; width: 100%; height: 100%;" scrolling="no" allowfullscreen></iframe></div> (this is a pasted embed code from ensemble blackboard)
* What is a text? ** A static, bounded collection of content and design features
Source: ?? Thomas Eis
@@border:1px solid crimson;padding:7px 15px;float:right;margin:0;
[[Version 0.8.4|TextStretch Versions]]
@@
!! ''Make text short and expandable''
The ''TextStretch'' macro is a great tool <<strex "for you as an author of hypertext">> to keep the message short. Your readers can discover more details easily.
{{TextStretch Tweet}}
!! Features and Syntax
''Compact and powerful.'' Want to hide some content? `<<strex magic>>` will stretch it out when the dots are clicked: <<strex magic>>. Use presets for simplicity or define your own styles and flavors. Tell stories using complex [[nested structures|TextStretch Transclusion Examples]] and transclusion.
!!! Full Syntax
`<<strex "content" "label" "start" "end" "class" "id">>`
Try it: <<strex "content" "label" "start" "end" "class" "id">>
!!! Default Values
The first line of the [[macro|$:/_telmiger/strex]] reads
```
\define strex(content:"TextStretch", label:"…", start:"[", end:"]", class:"", id="_false_")
```
If you prefer other <<strex """''presets:'' you can see the default values above, enclosed in "quotation marks" """ presets>>, I recommend to call strex from your own macro or adapt your copy of the `<<ref>>` shorthand in [[$:/_telmiger/ref]].<<ref "''ref'' could be your within-tiddler-reference standard. If you use this shorthand only, you can change your configuration in one single place anytime. You could even switch the ’motor‘ if you find a better macro than strex in the future.">><<ref "For more information on ''ref'' see [[TextStretch Variant Footnote]].">>
!! Parameters
Use quotation marks, if your parameter contains whitespace <<strex "e.g. "your text" or 'long label'">>. If you want to use the default value, you write "" or nothing.
; content
: Text you want to hide – you can use <<strex {{!!example-1}} transclusion>> and HTML <<strex "~HyperText Markup Language can help you to display <ul><li>characters like "</li><li>lists</li><li>other elements …</li></ul>that otherwise are difficult to transclude." "(?)" "x" "?" "hint">>
; label
: Text on the button that <<strex "disappears after opening" opens>> the element.
; start //and// end
: Texts on the buttons which close the element <<strex "and are placed at the beginning/end of the //content//" … ^ $>>.
; class
: Classes can be appended here. There are [[examples|TextStretch Examples]] for predefined classes.
; id
: Control the activation of TextStretch elements defined in the same tiddler.<<strex "(hidden)" * * "" "nocontent noend" "id_1">> Elements with identical //id// open and close <<strex "at the same time" together "" "" "" "id_2">> which can be useful <<strex "or funny in rare cases." "…" "" "" "" "id_2">> Elements with identical //content// open together too. You can separate them using unique id’s. <<strex "An element that was transcluded or which is displayed in another open tiddler, will ''always'' open and close independently. Even if it has the same id. The reason is TiddlyWiki’s ''state handling:'' we use the standard [[qualify macro|http://tiddlywiki.com/#qualify%20Macro]] here." " * " "*" "close *" "blockinner" "id_1">>
!! Installation
Backup your TiddliWiki <<strex "Version 5.1.9 or higher as it needs the VarsWidget that came with 5.1.9" "(5.1.9 +)" "x" "5.1.9 +" "hint">>. Drag the links from the following list to your Wiki, import, save and ''reload''.
* macro: $:/_telmiger/strex
* shorthand macro: $:/_telmiger/ref
* styling: $:/_telmiger/strex.css
* macro for hashing: $:/_telmiger/utils/HashStr.js
Drag the link TextStretch over too, if you want to keep <<strex "or improve a copy of" (…) ( )>> these explanations. Have fun!
New [[TextStretch Versions]] might be published on: http://tid.li/tw5/hacks.html#TextStretch
!! Inspiration
This [[thread in the TiddliWiki Google Group|https://groups.google.com/d/msg/tiddlywiki/biymRJTDWxY/5Vh-PxYvAQAJ]] was the ignition which made me develop my own version of a tool similar to
* http://stretchtext.tiddlyspot.com/ or
* http://www.telescopictext.com/
<<strex {{!!example-2}}>> My initial goal was to detect [text], show only […] and expand on click. I was not able to master the detection part, but I think the result is much better anyway.
!!! Thank You
I am very greatful for Mat <<strex "from [[twaddle.tiddlyspot.com|http://twaddle.tiddlyspot.com/]], who appears in the Google group as the smiling man with the hat," "<:-)" "(-:>" "<:-)">> – his example [[StretchText|http://stretchtext.tiddlyspot.com/]] showed me how something like TextStretch can be done.
At the same time I would like to thank all other members of the friendly TiddlyWiki community for <<strex "their contributions to not only the aforementioned thread, but also many, many other">>inspiring examples, tips and tricks they share. Thank you all!
{{DWYWBDBM-Licence}}
* The software, and as much as possible, the text
This video is an excellent introduction to the concept of digital text. If you've seen it before, watch it again, and think about it in the context of hypertext. <<youtube-embed "NLlGopyXT_g">>
By clicking on the link, you engaged in the practice of following links. If you made this tiddler visible by tapping on its name in another tiddler, then there should be a link to that tiddler here: <$list filter="[list[$:/StoryList]before<currentTiddler>]"/> If there is nothing following the word here in the previous sentence, then you made this tiddler visible by some other way (perhaps by ciicking in the recent tab in the sidebar?
Visit the site: [[tiddlywiki.com|http://tiddlywiki.com]]<br> View in an iframe:<br> <iframe src="http://tiddlywiki.com" width="100%">
<<list-links "[tag[TiddlyWiki Exercises]]">>
<h1></h1>
<h1></h1>
During the Spring 2018 semester, several types of videos will be created. <<tabs "[tag[Videos]]">>
!! This is a Wiki, written in TiddlyWiki.
{{Navigation Hints}}
! What is a text? !! A bounded collection of content and design features !! Woven together by authors !! Absorbed by readers !!! Notes from <<wikipedia "Text (literary theory)">> <$appear show="Expand" hide=""></$appear> !!! Text as fabric - woven strands of meaning<$appear show=""> >The word text has its origins in Quintilian's book on speeches, with the statement that "after you have chosen your words, they must be weaved together into a fine and delicate fabric", with the Latin for fabric being textum. </$appear><br> !!! A text is an object that can be read <$appear show=""> >In literary theory, a text is any object that can be "read", whether this object is a work of literature, a street sign, an arrangement of buildings on a city block, or styles of clothing. It is a coherent set of signs that transmits some kind of informative message. This set of symbols is considered in terms of the informative message's content, rather than in tems of its physical form or the medium in which it is represented. </$appear><br> !!! A text is the original content created, curated and/or designed by authors<$appear show=""> >Within the field of literary criticism, "text" also refers to the original information content of a particular piece of writing; that is, the "text" of a work is that primal symbolic arrangement of letters as originally composed, apart from later alterations, deterioration, commentary, translations, paratext, etc. >Therefore, when literary criticism is concerned with the determination of a "text", it is concerned with the distinguishing of the original information content from whatever has been added to or subtracted from that content as it appears in a given textual document (that is, a physical representation of text). </$appear><br> !!! See also <<wikipedia "Document">> <$appear show="" hide="Hide"></$appear>
! What is Designing? <$appear show="Expand" hide="Hide"></$appear> !! The dictionary is helpful! <$appear show=""> The [[Google Dictionary|https://www.google.com/search?ei=thw4WtvdDYjcjwT2xLHYAg&q=define%3Adesign&oq=define%3Adesign&gs_l=psy-ab.3..0i71k1l4.0.0.0.967524.0.0.0.0.0.0.0.0..0.0....0...1c..64.psy-ab..0.0.0....0.sMCetYk-HDE]] suggests three parts to the definition of design, each of which is a component worth thinking about: # a plan or drawing produced to show the look and function or workings of a building, garment, or other object before it is built or made # purpose, planning, or intention that exists or is thought to exist behind an action, fact, or material object. # decide upon the look and functioning of (a building, garment, or other object), typically by making a detailed drawing of it. All three are part of what I think of with the term design: * I like the words like "look and function" (similar to but not exactly the same as "[[look and feel|https://en.wikipedia.org/wiki/Look_and_feel]]" in the digital world). * In the second point, I think the word "behind" is key -- design exists behind things -- actions, facts, material objects are mentioned. When designing hypertexts, the text is the material object whose look and function is shaped by design. * Finally, the notion of design as a verb highlights the activity of design - the fact that it is something that is done with intention and agency, by a designer. </$appear><br> !! <<wikipedia "Design">> draws our attention to the act of designing<$appear show=""> >Design is the creation of a plan or convention for the construction of an object, system or measurable human interaction > Designing necessitates considering the aesthetic, functional, economic, and sociopolitical dimensions of both the design object and design process. > Designing involves considerable research, thought, modeling, interactive adjustment, and re-design. >Diverse kinds of objects may be designed, including clothing, graphical user interfaces, products, skyscrapers, corporate identities, business processes, and even methods or processes of designing. > Design is both a substantive reference to a categorical abstraction of a created thing or things (the design of something), and a verb for the process of creation as is made clear by grammatical context. </$appear><br> !! We should consider stages of the design process and different models of design<$appear show=""> !!! Design includes both the material abstraction of a thing to be created, and a verb signifying the process of creating. !!! The [[six stages of the design process|https://en.wikipedia.org/wiki/Design#Six_stages_of_the_Design_Process]] are helpful to identify and think about. !!! We should give consideration to both the [[action-centric|https://en.wikipedia.org/wiki/Design#The_action-centric_model]] and the [[rational|https://en.wikipedia.org/wiki/Design#The_rational_model]] of design. </$appear><br> <$appear show="" hide="Hide">
! What is Interactivity? !! Notes from <<wikipedia "Interactivity">> <$appear show="Expand" hide="Hide"></$appear> !! Little agreement on the definition <$appear show=""> > Across the many fields concerned with interactivity, including information science, computer science, human-computer interaction, communication, and industrial design, there is little agreement over the meaning of the term interactivity </$appear><br> !! We follow Maher's definition of interactivity<$appear show=""> >Interactivity is the relation constituted by a symbolic interface between its referential objective, functionality and the subject. (See [[Maher|http://archive.li/q0OOd]]) </$appear><br> !! We focus on human to artifact communication <$appear show=""> >In the context of communication between a human and an artifact, interactivity refers to the artifact’s interactive behavior as experienced by the human user. >This is different from other aspects of the artifact such as its visual appearance, its internal working, and the meaning of the signs it might mediate. > For example, the interactivity of an iPod is not its physical shape and color (its so-called "design"), its ability to play music, or its storage capacity -- it is the behavior of its user interface as experienced by its user. This includes the way the user moves their finger on its input wheel, the way this allows the selection of a tune in the playlist, and the way the user controls the volume. </$appear><br> !! We will perceive an artifact’s interactivity through its use. <$appear show=""> >A bystander can imagine how it would be like to use an artifact by watching others use it, but it is only through actual use that its interactivity is fully experienced and "felt". This is due to the kinesthetic nature of the interactive experience. It is similar to the difference between watching someone drive a car and actually driving it. It is only through the driving that one can experience and "feel" how this car differs from others. </$appear><br> <$appear show="" hide="Hide"></$appear>
! What is Writing? !! Writing is an act that encompasses creating, curating, assembling, designing, crafting... !! Notes from <<wikipedia "Writing">> <$appear show="Expand" hide="Hide"></$appear><br> !! Signs and symbols <$appear show=""> >Writing is a medium of human communication that represents language and emotion with signs and symbols. </$appear><br> !! Writing & Speech<$appear show=""> > In most languages, writing is a complement to speech or spoken language. Writing is not a language, but a tool used to make languages be read. > Within a language system, writing relies on many of the same structures as speech, such as vocabulary, grammar, and semantics, with the added dependency of a system of signs or symbols. </$appear><br> !! Writing yields texts<$appear show=""> >The result of writing is called text, and the recipient of text is called a reader. </$appear><br> !! Motivations for writing<$appear show=""> > Motivations for writing include publication, storytelling, correspondence, record keeping and diary. Writing has been instrumental in keeping history, maintaining culture, dissemination of knowledge through the media and the formation of legal systems. </$appear><br> <$appear show="" hide="Hide">
<h1>Who does politics?</h1> >Politics is exercised on a wide range of social levels from clans and tribes of traditional societies, through modern local governments, companies and institutions up to sovereign states, to the international level. [[Wikipedia|https://en.wikipedia.org/wiki/Politics]]
\define wikipedia-link() https://en.wikipedia.org/wiki/$(term)$ \define wikipedia(term) <$set name=term value="""$term$"""> <a href=<<wikipedia-link>> target="_blank">Wikipedia: <<term>></a> </$set> \end example:<br> ``<<wikipedia "Text (literary theory)">>``<br> <<wikipedia "Text (literary theory)">><br>
* Identify with a list in Wikipedia - maybe browse the [[list of lists in Wikipedia|https://en.wikipedia.org/wiki/List_of_lists_of_lists]], trying to find a relatively "clean" list... * Review steps to using [[importHTML|https://support.google.com/docs/answer/3093339?hl=en]] * Import and clean in spreadsheet * Use [[xlsx utilities]] to import and make navigable
# Receive notification email that someone has submitted a form to https://goo.gl/forms/sTL8767nctavI7LP2 # Goto [[google sheets with responses|https://docs.google.com/spreadsheets/d/1TVI9hjn7mdyWpU3gddValwJ0bLVpI5BxohdxbxBlc94/edit?usp=sharing]] # copy down uniq-name column so that each row has a uniq-name # Download as xlsx # Import using xlsx import tool, selecting workbook ''//shared wikis from google form//''
! Three elements: !! Downloading a new wiki !! Saving tiddlers !! Sharing a wiki
! Download and open an empty wiki # Goto [[tiddlywiki.com|http://tiddlywiki.com]] # Click on the green download empty button<br>[img width="25%" [download-empty.png]] # Open the downloaded file
! Saving Tiddlers
# See [[Creating and saving tiddlers|https://tiddlywiki.com/#Creating%20and%20editing%20tiddlers]]
# Click on the new tiddler button{{$:/core/ui/Buttons/new-tiddler}} in the toolbar<br>[img [new-tiddler.png]]
# Save your wiki<br>[img[save-wiki.png]]
# Open the saved wiki <br> [img[saved-wiki.png]]
<$list filter="[is[current]tag[Workshops]]">
<$list filter="[tag[Classes]date{!!date}]">
<$link to=<<currentTiddler>>><<currentTiddler>></$link>
</$list><br>
<hr>
<p>
<div class="fpnl-days">
<$macrocall $name="fpnl-by-tag" myTiddler=<<currentTiddler>> myTag="Workshops" mySortField="date"/>
</div>
</p>
^^[[Template|workshop template]]^^
</$list>
<$macrocall $name="youtube-embed" video={{!!youtube}}/>
Starts at about 1:00.
<$macrocall $name="youtube-embed" video={{!!youtube}}/>
!! Segments
# [[2:04 - 20:27|https://youtu.be/JvGC8qdF58E?t=124]]: Malyka doing demo of [[Exercise 1.01]], including submitting form to share wiki
# [[24:14 - 55:00|https://youtu.be/JvGC8qdF58E?t=1450]]: Biaggio learning how to create TiddlyWiki5 on Tiddlyspot, and then some other stuff that is essentially a preview of [[Exercise 1.02]]
# [[53:50 - 55:02|https://youtu.be/JvGC8qdF58E?t=3230]]: Discussion about HTML coding in class
# [[55:23 - 59:00|https://youtu.be/JvGC8qdF58E?t=3323]] - Discussion about Google Group settings
# [[1:01:10 - 1:13:40|https://youtu.be/JvGC8qdF58E?t=3672]] - Discussion about showing graphics in TiddlyWiki, and quick demo of slides in TiddlyWiki
Video of Workshop. Start at about 15:00 if you want to skip the intro stuff... <$macrocall $name="youtube-embed" video={{!!youtube}}/>
{{Workshop: Saving, Serving, New Tiddlers Text}}
! [[View this tiddler here with images!|http://people.sunyit.edu/~steve/dwit/tiddlywiki/workflow.html#Workshop%3A%20Saving%2C%20Serving%2C%20New%20Tiddlers%20Text]] <hr> ! Saving and Serving a ~TiddlyWiki file using ~TiddlySpot !! Go to [[TiddlyWiki5 on TiddlySpot|http://tiddlywiki5.tiddlyspot.com/]] # Fill in Step 1: Create a new ~TiddlySpot Site ## Site ID: ''sunypoly-``your SUNYPoly ID``-myfirstwiki'' (do not include the ``http://`` or ``.tiddlyspot.com``) ## Password: Don't forget it! Can't be recovered! ## Confirm Password ## Press ''create wiki >>'' # Fill in Step 2: Load your ~TiddlySpot with a ~TiddlyWiki5 ## Site ID: repeate previously entered site ID: ''sunypoly-``your SUNYPoly ID``-myfirstwiki'' ## Enter Password again ## Press ''load >>'' # Step 3: Now go to your fresh new ~TiddlyWiki5 at... ## Click the link under Step 3 !! At the "Congrats" page # Enter the following (substituting your name as appropriate)<br>[img[tw5-tiddlyspot.png]] and click "save settings" # Click on the Control panel icon<br>[img[control-panel.png]] # Click on "SideEditor" and then ''Disable''<br>[img[side-editor.png]] # Click on the close tiddler button<br>[img[close-sideeditor-tiddler.png]] # Click on info tab and enter ''MyFirstWiki'' in default tiddlers box<br>[img[control-panel-info.png]] # Click on the close tiddler button<br>[img[close-control-panel.png]] # Click on the new tiddler button<br>[img[new-tiddler2.png]] # Enter text as shown and click on the save tiddler button<br>[img[myfirstwiki-tiddler.png]] # Wait until yellow save button fades, and save changes goes from red to gray. Refresh wiki ''in browser'' to see if changes have been saved<br>[img[reload-wiki.png]]
\define presentation() Presentation: $(presentation-topic)$
\define workshop() Workshop: $(workshop-topic)$
\define exercise() Exercise $(exercise-number)$
<$list filter="[tag[Workshops]sort[date]]">
<$vars workshop-tiddler=<<currentTiddler>>>
<$list filter="[tag[Classes]date{!!date}]">
<<currentTiddler>>: <$link to=<<workshop-tiddler>>>{{!!workshop-topic}}</$link><br>
</$list>
</$vars>
</$list>
* Students registered for <<tag Spring2018Courses>> may choose to attend open workshops on Monday evenings. * Workshops may be attended by as many as 20 students. * Workshops should be live streamed to all students, including students in the [[Open Course Spring 2018]]. * Workshops should be recorded and posted automatically to a page with links to videos. * Participating students should be able to share their screens in the workshop. * Recording ideally can be turned on/off during the workshop as needed.
[[GitHub Repository|https://github.com/DesignWriteStudio/designwritestudio.github.io]] Contents/Directories experimental: series of experimental projects, each of which should be described. Example: bibtex. Includes some wikis with ideas, like [[bibtex|http://designwritestudio.com/experimental/bibtex/bibtex/bib2.html]] (each of these wikis is web-served via github...)
* Dictionary <$appear state="$:/dictionary" > </$appear> * Wikipedia <$appear state="$:/wikipedia" > </$appear>
[[$:/plugins/tiddlywiki/xlsx-utils]], a plugin requires [[$:/plugins/tiddlywiki/jszip]]
\define youtube-link(video)
[[YouTube|https://www.youtube.com/watch?v=$video$]]
\end
\define youtube-embed(video)
<iframe width="560" height="315" src="https://www.youtube.com/embed/$video$" frameborder="0" allowfullscreen></iframe>
<br>
https://www.youtube.com/watch?v=$video$
\end
\define youtube-transclude(video)
{{$video}}
\end
\define youtube-display(video)
!! {{!!description}}
[[YouTube|https://www.youtube.com/watch?v=$video$]]<br>
<iframe width="560" height="315" src="https://www.youtube.com/embed/$video$" frameborder="0" allowfullscreen></iframe><br>
\end
\define youtube-x(video,start,end)
!! {{!!description}}
[[YouTube|https://www.youtube.com/embed/$video$?start=$start$&end=$end$]]<br>
<iframe width="560" height="315" src="https://www.youtube.com/embed/$video$?start=$start$&end=$end$" frameborder="0" allowfullscreen></iframe><br>
{{!!caption}}
\end
\define youtube-y(video,start)
<iframe id="ytplayer" type="text/html" width="100%" height="400"
src="https://www.youtube.com/embed/$video$?autoplay=1&start=$start$&origin=http://designwritestudio.updog.co"
frameborder="0"></iframe>
\end
\define youtube-t(video,start,stop)
<iframe id="ytplayer" type="text/html" width="100%" height="400" src="https://www.youtube.com/embed/$video$?start=$start$&end=$stop$&version=3"></iframe>
\end
{{!!logo}}
* [[Zoom|https://zoom.us]] is a a synchronous video platform used for synchronous interaction among participants.
* The DesignWriteStudio has an established [[Zoom Room|http://zoom.us/j/561925928]].
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